ARTICLE_IMAGE_SOURCES.md

Источники статей для изображений

Файл создан автоматически: 2026-06-03T07:06:18Z.

Назначение файла — зафиксировать ссылки на статьи, из которых взяты изображения/отрендеренные PDF-страницы в data/task3_vlm_generation.jsonl. Это нужно для соблюдения правил цитирования источников.

Всего image-записей: 1496. Уникальных статей/идентификаторов: 197.

978-1-939133-44-1

• Ссылка на статью: 978-1-939133-44-1
• Название: PointerGuess: Targeted Password Guessing Model Using Pointer Mechanism
• Идентификаторы: 978-1-939133-44-1
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:5ad3fe3294:case-003	CASE-003	assets/images/5ad3fe3294/case-003/explicit_01_page_001.png	Fig. 1	figure
task3:5ad3fe3294:case-003	CASE-003	assets/images/5ad3fe3294/case-003/explicit_02_page_001.png	Fig. 1	figure
task3:5ad3fe3294:case-003	CASE-003	assets/images/5ad3fe3294/case-003/explicit_03_page_001.png	Fig. 1	figure
task3:5ad3fe3294:case-003	CASE-003	assets/images/5ad3fe3294/case-003/explicit_04_page_001.png	Fig. 1	figure

978-1-939133-52-6

• Ссылка на статью: 978-1-939133-52-6
• Название: Password Guessing Using Large Language Models
• Идентификаторы: 978-1-939133-52-6
• Использовано изображений/страниц: 8

sample_id	case_id	image	page_hint	evidence_kind
task3:5ad3fe3294:case-001	CASE-001	assets/images/5ad3fe3294/case-001/explicit_01_page_001.png	Fig.1	figure_or_table
task3:5ad3fe3294:case-001	CASE-001	assets/images/5ad3fe3294/case-001/explicit_02_page_001.png	Fig.1	figure_or_table
task3:5ad3fe3294:case-001	CASE-001	assets/images/5ad3fe3294/case-001/explicit_03_page_001.png	Fig.1	figure_or_table
task3:5ad3fe3294:case-001	CASE-001	assets/images/5ad3fe3294/case-001/explicit_04_page_001.png	Fig.1	figure_or_table
task3:5ad3fe3294:case-002	CASE-002	assets/images/5ad3fe3294/case-002/explicit_01_page_002.png	p.2	page
task3:5ad3fe3294:case-002	CASE-002	assets/images/5ad3fe3294/case-002/explicit_02_page_002.png	p.2	page
task3:5ad3fe3294:case-002	CASE-002	assets/images/5ad3fe3294/case-002/explicit_03_page_002.png	p.2	page
task3:5ad3fe3294:case-002	CASE-002	assets/images/5ad3fe3294/case-002/explicit_04_page_002.png	p.2	page

978-5-94836-244-1

• Ссылка на статью: 978-5-94836-244-1
• Название: Дистанционное зондирование. Модели и методы обработки изображений.
• Идентификаторы: 978-5-94836-244-1
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:9b54231119:case-003	CASE-003	assets/images/9b54231119/case-003/explicit_01_page_001.png	p.20, Fig.1.1	figure_or_table
task3:9b54231119:case-003	CASE-003	assets/images/9b54231119/case-003/explicit_02_page_001.png	p.20, Fig.1.1	figure_or_table
task3:9b54231119:case-003	CASE-003	assets/images/9b54231119/case-003/explicit_03_page_001.png	p.20, Fig.1.1	figure_or_table
task3:9b54231119:case-003	CASE-003	assets/images/9b54231119/case-003/explicit_04_page_001.png	p.20, Fig.1.1	figure_or_table

SSC18-XI-02

• Ссылка на статью: SSC18-XI-02
• Название: Payload Configuration Integration and Testing of the DeMi CubeSat
• Идентификаторы: SSC18-XI-02
• Использовано изображений/страниц: 12

sample_id	case_id	image	page_hint	evidence_kind
task3:ca35bd9ad6:case-004	CASE-004	assets/images/ca35bd9ad6/case-004/explicit_01_page_003.png	p.4, Fig. 3	figure
task3:ca35bd9ad6:case-004	CASE-004	assets/images/ca35bd9ad6/case-004/explicit_02_page_003.png	p.4, Fig. 3	figure
task3:ca35bd9ad6:case-004	CASE-004	assets/images/ca35bd9ad6/case-004/explicit_03_page_003.png	p.4, Fig. 3	figure
task3:ca35bd9ad6:case-004	CASE-004	assets/images/ca35bd9ad6/case-004/explicit_04_page_003.png	p.4, Fig. 3	figure
task3:ca35bd9ad6:case-005	CASE-005	assets/images/ca35bd9ad6/case-005/explicit_01_page_005.png	p.5, Fig. 5	figure
task3:ca35bd9ad6:case-005	CASE-005	assets/images/ca35bd9ad6/case-005/explicit_02_page_005.png	p.5, Fig. 5	figure
task3:ca35bd9ad6:case-005	CASE-005	assets/images/ca35bd9ad6/case-005/explicit_03_page_005.png	p.5, Fig. 5	figure
task3:ca35bd9ad6:case-005	CASE-005	assets/images/ca35bd9ad6/case-005/explicit_04_page_005.png	p.5, Fig. 5	figure
task3:ca35bd9ad6:case-006	CASE-006	assets/images/ca35bd9ad6/case-006/explicit_01_page_002.png	p.2, Text section	page
task3:ca35bd9ad6:case-006	CASE-006	assets/images/ca35bd9ad6/case-006/explicit_02_page_002.png	p.2, Text section	page
task3:ca35bd9ad6:case-006	CASE-006	assets/images/ca35bd9ad6/case-006/explicit_03_page_002.png	p.2, Text section	page
task3:ca35bd9ad6:case-006	CASE-006	assets/images/ca35bd9ad6/case-006/explicit_04_page_002.png	p.2, Text section	page

SSC19-VI-02

• Ссылка на статью: SSC19-VI-02
• Название: Optical Communications Crosslink Payload Prototype Development for the Cubesat Laser Infrared CrosslinK (CLICK) Mission
• Идентификаторы: SSC19-VI-02
• Использовано изображений/страниц: 12

sample_id	case_id	image	page_hint	evidence_kind
task3:ca35bd9ad6:case-007	CASE-007	assets/images/ca35bd9ad6/case-007/explicit_01_page_004.png	p.8, Table 4	table
task3:ca35bd9ad6:case-007	CASE-007	assets/images/ca35bd9ad6/case-007/explicit_02_page_004.png	p.8, Table 4	table
task3:ca35bd9ad6:case-007	CASE-007	assets/images/ca35bd9ad6/case-007/explicit_03_page_004.png	p.8, Table 4	table
task3:ca35bd9ad6:case-007	CASE-007	assets/images/ca35bd9ad6/case-007/explicit_04_page_004.png	p.8, Table 4	table
task3:ca35bd9ad6:case-008	CASE-008	assets/images/ca35bd9ad6/case-008/explicit_01_page_006.png	p.6, Fig. 6	figure
task3:ca35bd9ad6:case-008	CASE-008	assets/images/ca35bd9ad6/case-008/explicit_02_page_006.png	p.6, Fig. 6	figure
task3:ca35bd9ad6:case-008	CASE-008	assets/images/ca35bd9ad6/case-008/explicit_03_page_016.png	p.6, Fig. 6	figure
task3:ca35bd9ad6:case-008	CASE-008	assets/images/ca35bd9ad6/case-008/explicit_04_page_016.png	p.6, Fig. 6	figure
task3:ca35bd9ad6:case-009	CASE-009	assets/images/ca35bd9ad6/case-009/explicit_01_page_011.png	p.10, Fig. 11	figure
task3:ca35bd9ad6:case-009	CASE-009	assets/images/ca35bd9ad6/case-009/explicit_02_page_011.png	p.10, Fig. 11	figure
task3:ca35bd9ad6:case-009	CASE-009	assets/images/ca35bd9ad6/case-009/explicit_03_page_010.png	p.10, Fig. 11	figure
task3:ca35bd9ad6:case-009	CASE-009	assets/images/ca35bd9ad6/case-009/explicit_04_page_010.png	p.10, Fig. 11	figure

https://arxiv.org/abs/1605.01735

• Ссылка на статью: https://arxiv.org/abs/1605.01735
• Название: Machine learning phases of matter
• Идентификаторы: arxiv:1605.01735
• Использовано изображений/страниц: 12

sample_id	case_id	image	page_hint	evidence_kind
task3:task3-ab-physics-ml-001:case_01	case_01	assets/images/task3-ab-physics-ml-001/case_01/explicit_01_page_002.png	Fig. 2	figure
task3:task3-ab-physics-ml-001:case_01	case_01	assets/images/task3-ab-physics-ml-001/case_01/explicit_02_page_002.png	Fig. 2	figure
task3:task3-ab-physics-ml-001:case_01	case_01	assets/images/task3-ab-physics-ml-001/case_01/explicit_03_page_002.png	Fig. 2	figure
task3:task3-ab-physics-ml-001:case_01	case_01	assets/images/task3-ab-physics-ml-001/case_01/explicit_04_page_002.png	Fig. 2	figure
task3:task3-ab-physics-ml-001:case_02	case_02	assets/images/task3-ab-physics-ml-001/case_02/explicit_01_page_004.png	Fig. 4	figure
task3:task3-ab-physics-ml-001:case_02	case_02	assets/images/task3-ab-physics-ml-001/case_02/explicit_02_page_004.png	Fig. 4	figure
task3:task3-ab-physics-ml-001:case_02	case_02	assets/images/task3-ab-physics-ml-001/case_02/explicit_03_page_004.png	Fig. 4	figure
task3:task3-ab-physics-ml-001:case_02	case_02	assets/images/task3-ab-physics-ml-001/case_02/explicit_04_page_004.png	Fig. 4	figure
task3:task3-ab-physics-ml-001:case_03	case_03	assets/images/task3-ab-physics-ml-001/case_03/explicit_01_page_003.png	Fig. 3	figure
task3:task3-ab-physics-ml-001:case_03	case_03	assets/images/task3-ab-physics-ml-001/case_03/explicit_02_page_003.png	Fig. 3	figure
task3:task3-ab-physics-ml-001:case_03	case_03	assets/images/task3-ab-physics-ml-001/case_03/explicit_03_page_003.png	Fig. 3	figure
task3:task3-ab-physics-ml-001:case_03	case_03	assets/images/task3-ab-physics-ml-001/case_03/explicit_04_page_003.png	Fig. 3	figure

https://arxiv.org/abs/1704.07994

• Ссылка на статью: https://arxiv.org/abs/1704.07994
• Название: Superscattering pattern shaping for radially anisotropic nanowires
• Идентификаторы: arXiv:1704.07994
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:598d6ea6b4:case-012	CASE-012	assets/images/598d6ea6b4/case-012/explicit_01_page_015.png	p.2, Fig.1, p.5, Fig.5	figure_or_table
task3:598d6ea6b4:case-012	CASE-012	assets/images/598d6ea6b4/case-012/explicit_02_page_015.png	p.2, Fig.1, p.5, Fig.5	figure_or_table
task3:598d6ea6b4:case-012	CASE-012	assets/images/598d6ea6b4/case-012/explicit_03_page_005.png	p.2, Fig.1, p.5, Fig.5	figure_or_table
task3:598d6ea6b4:case-012	CASE-012	assets/images/598d6ea6b4/case-012/explicit_04_page_005.png	p.2, Fig.1, p.5, Fig.5	figure_or_table

https://arxiv.org/abs/1809.00170

• Ссылка на статью: https://arxiv.org/abs/1809.00170
• Название: Linear regression analysis of template aging in iris biometrics
• Идентификаторы: arXiv:1809.00170
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:cherbaev__iris_retina_modern_ab:case-009	CASE-009	assets/images/cherbaev__iris_retina_modern_ab/case-009/explicit_01_page_000.png	Таблица 29 регрессионных моделей с коэффициентами при time-параметре, image sharpness, local contrast	table
task3:cherbaev__iris_retina_modern_ab:case-009	CASE-009	assets/images/cherbaev__iris_retina_modern_ab/case-009/explicit_02_page_000.png	Таблица 29 регрессионных моделей с коэффициентами при time-параметре, image sharpness, local contrast	table
task3:cherbaev__iris_retina_modern_ab:case-009	CASE-009	assets/images/cherbaev__iris_retina_modern_ab/case-009/explicit_03_page_000.png	Таблица 29 регрессионных моделей с коэффициентами при time-параметре, image sharpness, local contrast	table
task3:cherbaev__iris_retina_modern_ab:case-009	CASE-009	assets/images/cherbaev__iris_retina_modern_ab/case-009/explicit_04_page_000.png	Таблица 29 регрессионных моделей с коэффициентами при time-параметре, image sharpness, local contrast	table

https://arxiv.org/abs/1812.05599

• Ссылка на статью: https://arxiv.org/abs/1812.05599
• Название: Experimental Observation of Superscattering
• Идентификаторы: arXiv:1812.05599
• Использовано изображений/страниц: 8

sample_id	case_id	image	page_hint	evidence_kind
task3:598d6ea6b4:case-008	CASE-008	assets/images/598d6ea6b4/case-008/explicit_01_page_001.png	p.1, p.2	page
task3:598d6ea6b4:case-008	CASE-008	assets/images/598d6ea6b4/case-008/explicit_02_page_001.png	p.1, p.2	page
task3:598d6ea6b4:case-008	CASE-008	assets/images/598d6ea6b4/case-008/explicit_03_page_001.png	p.1, p.2	page
task3:598d6ea6b4:case-008	CASE-008	assets/images/598d6ea6b4/case-008/explicit_04_page_001.png	p.1, p.2	page
task3:598d6ea6b4:case-011	CASE-011	assets/images/598d6ea6b4/case-011/explicit_01_page_001.png	p.1	page
task3:598d6ea6b4:case-011	CASE-011	assets/images/598d6ea6b4/case-011/explicit_02_page_001.png	p.1	page
task3:598d6ea6b4:case-011	CASE-011	assets/images/598d6ea6b4/case-011/explicit_03_page_001.png	p.1	page
task3:598d6ea6b4:case-011	CASE-011	assets/images/598d6ea6b4/case-011/explicit_04_page_001.png	p.1	page

https://arxiv.org/abs/2011.11954

• Ссылка на статью: https://arxiv.org/abs/2011.11954
• Название: SimTreeLS: Simulating aerial and terrestrial laser scans of trees
• Идентификаторы: 2011.11954
• Использовано изображений/страниц: 48

sample_id	case_id	image	page_hint	evidence_kind
task3:fred-westling__4e51465083:case-001	CASE-001	assets/images/fred-westling__4e51465083/case-001/explicit_01_page_001.png	p.2, Fig.1	figure
task3:fred-westling__4e51465083:case-001	CASE-001	assets/images/fred-westling__4e51465083/case-001/explicit_02_page_001.png	p.2, Fig.1	figure
task3:fred-westling__4e51465083:case-001	CASE-001	assets/images/fred-westling__4e51465083/case-001/explicit_03_page_001.png	p.2, Fig.1	figure
task3:fred-westling__4e51465083:case-001	CASE-001	assets/images/fred-westling__4e51465083/case-001/explicit_04_page_001.png	p.2, Fig.1	figure
task3:fred-westling__4e51465083:case-002	CASE-002	assets/images/fred-westling__4e51465083/case-002/explicit_01_page_002.png	p.3, Fig.2	figure
task3:fred-westling__4e51465083:case-002	CASE-002	assets/images/fred-westling__4e51465083/case-002/explicit_02_page_002.png	p.3, Fig.2	figure
task3:fred-westling__4e51465083:case-002	CASE-002	assets/images/fred-westling__4e51465083/case-002/explicit_03_page_002.png	p.3, Fig.2	figure
task3:fred-westling__4e51465083:case-002	CASE-002	assets/images/fred-westling__4e51465083/case-002/explicit_04_page_002.png	p.3, Fig.2	figure
task3:fred-westling__4e51465083:case-003	CASE-003	assets/images/fred-westling__4e51465083/case-003/explicit_01_page_003.png	p.2, Fig.3	figure
task3:fred-westling__4e51465083:case-003	CASE-003	assets/images/fred-westling__4e51465083/case-003/explicit_02_page_003.png	p.2, Fig.3	figure
task3:fred-westling__4e51465083:case-003	CASE-003	assets/images/fred-westling__4e51465083/case-003/explicit_03_page_003.png	p.2, Fig.3	figure
task3:fred-westling__4e51465083:case-003	CASE-003	assets/images/fred-westling__4e51465083/case-003/explicit_04_page_003.png	p.2, Fig.3	figure
task3:fred-westling__4e51465083:case-004	CASE-004	assets/images/fred-westling__4e51465083/case-004/explicit_01_page_004.png	p.4, Fig.4	figure
task3:fred-westling__4e51465083:case-004	CASE-004	assets/images/fred-westling__4e51465083/case-004/explicit_02_page_004.png	p.4, Fig.4	figure
task3:fred-westling__4e51465083:case-004	CASE-004	assets/images/fred-westling__4e51465083/case-004/explicit_03_page_004.png	p.4, Fig.4	figure
task3:fred-westling__4e51465083:case-004	CASE-004	assets/images/fred-westling__4e51465083/case-004/explicit_04_page_004.png	p.4, Fig.4	figure
task3:fred-westling__4e51465083:case-005	CASE-005	assets/images/fred-westling__4e51465083/case-005/explicit_01_page_005.png	p.5, Fig.5	figure
task3:fred-westling__4e51465083:case-005	CASE-005	assets/images/fred-westling__4e51465083/case-005/explicit_02_page_005.png	p.5, Fig.5	figure
task3:fred-westling__4e51465083:case-005	CASE-005	assets/images/fred-westling__4e51465083/case-005/explicit_03_page_005.png	p.5, Fig.5	figure
task3:fred-westling__4e51465083:case-005	CASE-005	assets/images/fred-westling__4e51465083/case-005/explicit_04_page_005.png	p.5, Fig.5	figure
task3:fred-westling__4e51465083:case-006	CASE-006	assets/images/fred-westling__4e51465083/case-006/explicit_01_page_006.png	p.5, Fig.6	figure
task3:fred-westling__4e51465083:case-006	CASE-006	assets/images/fred-westling__4e51465083/case-006/explicit_02_page_006.png	p.5, Fig.6	figure
task3:fred-westling__4e51465083:case-006	CASE-006	assets/images/fred-westling__4e51465083/case-006/explicit_03_page_016.png	p.5, Fig.6	figure
task3:fred-westling__4e51465083:case-006	CASE-006	assets/images/fred-westling__4e51465083/case-006/explicit_04_page_016.png	p.5, Fig.6	figure
task3:fred-westling__4e51465083:case-007	CASE-007	assets/images/fred-westling__4e51465083/case-007/explicit_01_page_007.png	p.6, Fig.7	figure
task3:fred-westling__4e51465083:case-007	CASE-007	assets/images/fred-westling__4e51465083/case-007/explicit_02_page_007.png	p.6, Fig.7	figure
task3:fred-westling__4e51465083:case-007	CASE-007	assets/images/fred-westling__4e51465083/case-007/explicit_03_page_017.png	p.6, Fig.7	figure
task3:fred-westling__4e51465083:case-007	CASE-007	assets/images/fred-westling__4e51465083/case-007/explicit_04_page_017.png	p.6, Fig.7	figure
task3:fred-westling__4e51465083:case-008	CASE-008	assets/images/fred-westling__4e51465083/case-008/explicit_01_page_010.png	p.7, Fig 10	figure
task3:fred-westling__4e51465083:case-008	CASE-008	assets/images/fred-westling__4e51465083/case-008/explicit_02_page_010.png	p.7, Fig 10	figure
task3:fred-westling__4e51465083:case-008	CASE-008	assets/images/fred-westling__4e51465083/case-008/explicit_03_page_007.png	p.7, Fig 10	figure
task3:fred-westling__4e51465083:case-008	CASE-008	assets/images/fred-westling__4e51465083/case-008/explicit_04_page_007.png	p.7, Fig 10	figure
task3:fred-westling__4e51465083:case-009	CASE-009	assets/images/fred-westling__4e51465083/case-009/explicit_01_page_011.png	p.11	page
task3:fred-westling__4e51465083:case-009	CASE-009	assets/images/fred-westling__4e51465083/case-009/explicit_02_page_011.png	p.11	page
task3:fred-westling__4e51465083:case-009	CASE-009	assets/images/fred-westling__4e51465083/case-009/explicit_03_page_000.png	p.11	page
task3:fred-westling__4e51465083:case-009	CASE-009	assets/images/fred-westling__4e51465083/case-009/explicit_04_page_000.png	p.11	page
task3:fred-westling__4e51465083:case-010	CASE-010	assets/images/fred-westling__4e51465083/case-010/explicit_01_page_013.png	p.9, Fig 13	figure
task3:fred-westling__4e51465083:case-010	CASE-010	assets/images/fred-westling__4e51465083/case-010/explicit_02_page_013.png	p.9, Fig 13	figure
task3:fred-westling__4e51465083:case-010	CASE-010	assets/images/fred-westling__4e51465083/case-010/explicit_03_page_009.png	p.9, Fig 13	figure
task3:fred-westling__4e51465083:case-010	CASE-010	assets/images/fred-westling__4e51465083/case-010/explicit_04_page_009.png	p.9, Fig 13	figure
task3:fred-westling__4e51465083:case-011	CASE-011	assets/images/fred-westling__4e51465083/case-011/explicit_01_page_008.png	p.8, table.2	table
task3:fred-westling__4e51465083:case-011	CASE-011	assets/images/fred-westling__4e51465083/case-011/explicit_02_page_008.png	p.8, table.2	table
task3:fred-westling__4e51465083:case-011	CASE-011	assets/images/fred-westling__4e51465083/case-011/explicit_03_page_000.png	p.8, table.2	table
task3:fred-westling__4e51465083:case-011	CASE-011	assets/images/fred-westling__4e51465083/case-011/explicit_04_page_000.png	p.8, table.2	table
task3:fred-westling__4e51465083:case-012	CASE-012	assets/images/fred-westling__4e51465083/case-012/explicit_01_page_003.png	p.3, Fig.3	figure
task3:fred-westling__4e51465083:case-012	CASE-012	assets/images/fred-westling__4e51465083/case-012/explicit_02_page_003.png	p.3, Fig.3	figure
task3:fred-westling__4e51465083:case-012	CASE-012	assets/images/fred-westling__4e51465083/case-012/explicit_03_page_003.png	p.3, Fig.3	figure
task3:fred-westling__4e51465083:case-012	CASE-012	assets/images/fred-westling__4e51465083/case-012/explicit_04_page_003.png	p.3, Fig.3	figure

https://arxiv.org/abs/2112.00849

• Ссылка на статью: https://arxiv.org/abs/2112.00849
• Название: Interpretable Deep Learning-Based Forensic Iris Segmentation and Recognition
• Идентификаторы: arXiv:2112.00849
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:cherbaev__iris_retina_modern_ab:case-012	CASE-012	assets/images/cherbaev__iris_retina_modern_ab/case-012/explicit_01_page_000.png	Введение, описание мотивации forensic-приложения (текст)	page
task3:cherbaev__iris_retina_modern_ab:case-012	CASE-012	assets/images/cherbaev__iris_retina_modern_ab/case-012/explicit_02_page_000.png	Введение, описание мотивации forensic-приложения (текст)	page
task3:cherbaev__iris_retina_modern_ab:case-012	CASE-012	assets/images/cherbaev__iris_retina_modern_ab/case-012/explicit_03_page_000.png	Введение, описание мотивации forensic-приложения (текст)	page
task3:cherbaev__iris_retina_modern_ab:case-012	CASE-012	assets/images/cherbaev__iris_retina_modern_ab/case-012/explicit_04_page_000.png	Введение, описание мотивации forensic-приложения (текст)	page

https://arxiv.org/abs/2112.07945

• Ссылка на статью: https://arxiv.org/abs/2112.07945
• Название: Efficient Geometry-aware 3D Generative Adversarial Networks
• Идентификаторы: arxiv:2112.07945
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:df07798d94:case-003	CASE-003	assets/images/df07798d94/case-003/explicit_01_page_001.png	Table 1	table
task3:df07798d94:case-003	CASE-003	assets/images/df07798d94/case-003/explicit_02_page_001.png	Table 1	table
task3:df07798d94:case-003	CASE-003	assets/images/df07798d94/case-003/explicit_03_page_001.png	Table 1	table
task3:df07798d94:case-003	CASE-003	assets/images/df07798d94/case-003/explicit_04_page_001.png	Table 1	table

https://arxiv.org/abs/2206.14176

• Ссылка на статью: https://arxiv.org/abs/2206.14176
• Название: DayDreamer: World Models for Physical Robot Learning
• Идентификаторы: arXiv:2206.14176
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:6efae140d8:case-009	CASE-009	assets/images/6efae140d8/case-009/explicit_01_page_001.png	Table 1 (часы реального wall-clock training до целевого поведения на quadruped/arm/wheeled)	table
task3:6efae140d8:case-009	CASE-009	assets/images/6efae140d8/case-009/explicit_02_page_001.png	Table 1 (часы реального wall-clock training до целевого поведения на quadruped/arm/wheeled)	table
task3:6efae140d8:case-009	CASE-009	assets/images/6efae140d8/case-009/explicit_03_page_001.png	Table 1 (часы реального wall-clock training до целевого поведения на quadruped/arm/wheeled)	table
task3:6efae140d8:case-009	CASE-009	assets/images/6efae140d8/case-009/explicit_04_page_001.png	Table 1 (часы реального wall-clock training до целевого поведения на quadruped/arm/wheeled)	table

https://arxiv.org/abs/2211.14495

• Ссылка на статью: https://arxiv.org/abs/2211.14495
• Название: Self-supervised learning for cetacean species identification
• Идентификаторы: arXiv:2211.14495
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:cetacean-acoustics-expert__ce0d04dcb5:case-010	CASE-010	assets/images/cetacean-acoustics-expert__ce0d04dcb5/case-010/explicit_01_page_000.png	Section 'Datasets' — which corpora published before/after cutoff	text_claim
task3:cetacean-acoustics-expert__ce0d04dcb5:case-010	CASE-010	assets/images/cetacean-acoustics-expert__ce0d04dcb5/case-010/explicit_02_page_000.png	Section 'Datasets' — which corpora published before/after cutoff	text_claim
task3:cetacean-acoustics-expert__ce0d04dcb5:case-010	CASE-010	assets/images/cetacean-acoustics-expert__ce0d04dcb5/case-010/explicit_03_page_000.png	Section 'Datasets' — which corpora published before/after cutoff	text_claim
task3:cetacean-acoustics-expert__ce0d04dcb5:case-010	CASE-010	assets/images/cetacean-acoustics-expert__ce0d04dcb5/case-010/explicit_04_page_000.png	Section 'Datasets' — which corpora published before/after cutoff	text_claim

https://arxiv.org/abs/2301.04104

• Ссылка на статью: https://arxiv.org/abs/2301.04104
• Название: DreamerV3: Mastering Diverse Domains through World Models
• Идентификаторы: arXiv:2301.04104
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:6efae140d8:case-008	CASE-008	assets/images/6efae140d8/case-008/explicit_01_page_016.png	Fig.1 (single hyperparam set across 150+ tasks), Fig.6 (long-horizon imagined rollouts)	figure_or_table
task3:6efae140d8:case-008	CASE-008	assets/images/6efae140d8/case-008/explicit_02_page_016.png	Fig.1 (single hyperparam set across 150+ tasks), Fig.6 (long-horizon imagined rollouts)	figure_or_table
task3:6efae140d8:case-008	CASE-008	assets/images/6efae140d8/case-008/explicit_03_page_001.png	Fig.1 (single hyperparam set across 150+ tasks), Fig.6 (long-horizon imagined rollouts)	figure_or_table
task3:6efae140d8:case-008	CASE-008	assets/images/6efae140d8/case-008/explicit_04_page_001.png	Fig.1 (single hyperparam set across 150+ tasks), Fig.6 (long-horizon imagined rollouts)	figure_or_table

https://arxiv.org/abs/2303.08514

• Ссылка на статью: https://arxiv.org/abs/2303.08514
• Название: Deep Learning for Iris Recognition: A Review
• Идентификаторы: arXiv:2303.08514
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:cherbaev__iris_retina_modern_ab:case-002	CASE-002	assets/images/cherbaev__iris_retina_modern_ab/case-002/explicit_01_page_000.png	Figure с архитектурной диаграммой CNN-сегментатора (раздел 4) и таблица датасетов	figure
task3:cherbaev__iris_retina_modern_ab:case-002	CASE-002	assets/images/cherbaev__iris_retina_modern_ab/case-002/explicit_02_page_000.png	Figure с архитектурной диаграммой CNN-сегментатора (раздел 4) и таблица датасетов	figure
task3:cherbaev__iris_retina_modern_ab:case-002	CASE-002	assets/images/cherbaev__iris_retina_modern_ab/case-002/explicit_03_page_000.png	Figure с архитектурной диаграммой CNN-сегментатора (раздел 4) и таблица датасетов	figure
task3:cherbaev__iris_retina_modern_ab:case-002	CASE-002	assets/images/cherbaev__iris_retina_modern_ab/case-002/explicit_04_page_000.png	Figure с архитектурной диаграммой CNN-сегментатора (раздел 4) и таблица датасетов	figure

https://arxiv.org/abs/2303.09679

• Ссылка на статью: https://arxiv.org/abs/2303.09679
• Название: Segmentation of Retinal Blood Vessels Using Deep Learning
• Идентификаторы: arXiv:2303.09679
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:cherbaev__iris_retina_modern_ab:case-005	CASE-005	assets/images/cherbaev__iris_retina_modern_ab/case-005/explicit_01_page_000.png	Таблица с метриками (Accuracy, Sensitivity, Specificity, F1) для UNet, DR-VNet, UNet-ResNet, UNet-VGG; качественные примеры сегментации сосудов	figure_or_table
task3:cherbaev__iris_retina_modern_ab:case-005	CASE-005	assets/images/cherbaev__iris_retina_modern_ab/case-005/explicit_02_page_000.png	Таблица с метриками (Accuracy, Sensitivity, Specificity, F1) для UNet, DR-VNet, UNet-ResNet, UNet-VGG; качественные примеры сегментации сосудов	figure_or_table
task3:cherbaev__iris_retina_modern_ab:case-005	CASE-005	assets/images/cherbaev__iris_retina_modern_ab/case-005/explicit_03_page_000.png	Таблица с метриками (Accuracy, Sensitivity, Specificity, F1) для UNet, DR-VNet, UNet-ResNet, UNet-VGG; качественные примеры сегментации сосудов	figure_or_table
task3:cherbaev__iris_retina_modern_ab:case-005	CASE-005	assets/images/cherbaev__iris_retina_modern_ab/case-005/explicit_04_page_000.png	Таблица с метриками (Accuracy, Sensitivity, Specificity, F1) для UNet, DR-VNet, UNet-ResNet, UNet-VGG; качественные примеры сегментации сосудов	figure_or_table

https://arxiv.org/abs/2303.12720

• Ссылка на статью: https://arxiv.org/abs/2303.12720
• Название: Longitudinal Performance of Iris Recognition in Children: Time Intervals up to Six years
• Идентификаторы: arXiv:2303.12720
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:cherbaev__iris_retina_modern_ab:case-010	CASE-010	assets/images/cherbaev__iris_retina_modern_ab/case-010/explicit_01_page_000.png	Таблица или график match scores по 6 сессиям за 6.5 лет, 209 субъектов (4–11 лет на enrollment)	figure_or_table
task3:cherbaev__iris_retina_modern_ab:case-010	CASE-010	assets/images/cherbaev__iris_retina_modern_ab/case-010/explicit_02_page_000.png	Таблица или график match scores по 6 сессиям за 6.5 лет, 209 субъектов (4–11 лет на enrollment)	figure_or_table
task3:cherbaev__iris_retina_modern_ab:case-010	CASE-010	assets/images/cherbaev__iris_retina_modern_ab/case-010/explicit_03_page_000.png	Таблица или график match scores по 6 сессиям за 6.5 лет, 209 субъектов (4–11 лет на enrollment)	figure_or_table
task3:cherbaev__iris_retina_modern_ab:case-010	CASE-010	assets/images/cherbaev__iris_retina_modern_ab/case-010/explicit_04_page_000.png	Таблица или график match scores по 6 сессиям за 6.5 лет, 209 субъектов (4–11 лет на enrollment)	figure_or_table

https://arxiv.org/abs/2305.02402

• Ссылка на статью: https://arxiv.org/abs/2305.02402
• Название: Normalizing flows for lattice gauge theory in arbitrary space-time dimension
• Идентификаторы: arxiv:2305.02402
• Использовано изображений/страниц: 12

sample_id	case_id	image	page_hint	evidence_kind
task3:task3-ab-physics-ml-001:case_04	case_04	assets/images/task3-ab-physics-ml-001/case_04/explicit_01_page_001.png	Fig. 1	figure
task3:task3-ab-physics-ml-001:case_04	case_04	assets/images/task3-ab-physics-ml-001/case_04/explicit_02_page_001.png	Fig. 1	figure
task3:task3-ab-physics-ml-001:case_04	case_04	assets/images/task3-ab-physics-ml-001/case_04/explicit_03_page_001.png	Fig. 1	figure
task3:task3-ab-physics-ml-001:case_04	case_04	assets/images/task3-ab-physics-ml-001/case_04/explicit_04_page_001.png	Fig. 1	figure
task3:task3-ab-physics-ml-001:case_05	case_05	assets/images/task3-ab-physics-ml-001/case_05/explicit_01_page_002.png	Fig. 2	figure
task3:task3-ab-physics-ml-001:case_05	case_05	assets/images/task3-ab-physics-ml-001/case_05/explicit_02_page_002.png	Fig. 2	figure
task3:task3-ab-physics-ml-001:case_05	case_05	assets/images/task3-ab-physics-ml-001/case_05/explicit_03_page_002.png	Fig. 2	figure
task3:task3-ab-physics-ml-001:case_05	case_05	assets/images/task3-ab-physics-ml-001/case_05/explicit_04_page_002.png	Fig. 2	figure
task3:task3-ab-physics-ml-001:case_09	case_09	assets/images/task3-ab-physics-ml-001/case_09/explicit_01_page_006.png	Fig. 6	figure
task3:task3-ab-physics-ml-001:case_09	case_09	assets/images/task3-ab-physics-ml-001/case_09/explicit_02_page_006.png	Fig. 6	figure
task3:task3-ab-physics-ml-001:case_09	case_09	assets/images/task3-ab-physics-ml-001/case_09/explicit_03_page_016.png	Fig. 6	figure
task3:task3-ab-physics-ml-001:case_09	case_09	assets/images/task3-ab-physics-ml-001/case_09/explicit_04_page_016.png	Fig. 6	figure

https://arxiv.org/abs/2305.16432

• Ссылка на статью: https://arxiv.org/abs/2305.16432
• Название: Optimization Methods in Deep Learning: A Comprehensive Overview
• Идентификаторы: arxiv:2305.16432
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:vasin_artem_aleksandrovich__0cf7f9ceca:case-011	CASE-011	assets/images/vasin_artem_aleksandrovich__0cf7f9ceca/case-011/explicit_01_page_012.png	Tab. 1,2, Fig. 2, 5	figure_or_table
task3:vasin_artem_aleksandrovich__0cf7f9ceca:case-011	CASE-011	assets/images/vasin_artem_aleksandrovich__0cf7f9ceca/case-011/explicit_02_page_012.png	Tab. 1,2, Fig. 2, 5	figure_or_table
task3:vasin_artem_aleksandrovich__0cf7f9ceca:case-011	CASE-011	assets/images/vasin_artem_aleksandrovich__0cf7f9ceca/case-011/explicit_03_page_001.png	Tab. 1,2, Fig. 2, 5	figure_or_table
task3:vasin_artem_aleksandrovich__0cf7f9ceca:case-011	CASE-011	assets/images/vasin_artem_aleksandrovich__0cf7f9ceca/case-011/explicit_04_page_001.png	Tab. 1,2, Fig. 2, 5	figure_or_table

https://arxiv.org/abs/2306.06116

• Ссылка на статью: https://arxiv.org/abs/2306.06116
• Название: Overview of Deep Learning Methods for Retinal Vessel Segmentation
• Идентификаторы: arXiv:2306.06116
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:cherbaev__iris_retina_modern_ab:case-011	CASE-011	assets/images/cherbaev__iris_retina_modern_ab/case-011/explicit_01_page_000.png	Введение и section 2 (общая систематика методов) — преимущественно текст	page
task3:cherbaev__iris_retina_modern_ab:case-011	CASE-011	assets/images/cherbaev__iris_retina_modern_ab/case-011/explicit_02_page_000.png	Введение и section 2 (общая систематика методов) — преимущественно текст	page
task3:cherbaev__iris_retina_modern_ab:case-011	CASE-011	assets/images/cherbaev__iris_retina_modern_ab/case-011/explicit_03_page_000.png	Введение и section 2 (общая систематика методов) — преимущественно текст	page
task3:cherbaev__iris_retina_modern_ab:case-011	CASE-011	assets/images/cherbaev__iris_retina_modern_ab/case-011/explicit_04_page_000.png	Введение и section 2 (общая систематика методов) — преимущественно текст	page

https://arxiv.org/abs/2306.06824

• Ссылка на статью: https://arxiv.org/abs/2306.06824
• Название: SE#PCFG: Semantically Enhanced PCFG for Password Analysis and Cracking
• Идентификаторы: arXiv:2306.06824
• Использовано изображений/страниц: 12

sample_id	case_id	image	page_hint	evidence_kind
task3:5ad3fe3294:case-004	CASE-004	assets/images/5ad3fe3294/case-004/explicit_01_page_003.png	Fig. 3	figure
task3:5ad3fe3294:case-004	CASE-004	assets/images/5ad3fe3294/case-004/explicit_02_page_003.png	Fig. 3	figure
task3:5ad3fe3294:case-004	CASE-004	assets/images/5ad3fe3294/case-004/explicit_03_page_003.png	Fig. 3	figure
task3:5ad3fe3294:case-004	CASE-004	assets/images/5ad3fe3294/case-004/explicit_04_page_003.png	Fig. 3	figure
task3:5ad3fe3294:case-005	CASE-005	assets/images/5ad3fe3294/case-005/explicit_01_page_004.png	Fig. 4	figure
task3:5ad3fe3294:case-005	CASE-005	assets/images/5ad3fe3294/case-005/explicit_02_page_004.png	Fig. 4	figure
task3:5ad3fe3294:case-005	CASE-005	assets/images/5ad3fe3294/case-005/explicit_03_page_004.png	Fig. 4	figure
task3:5ad3fe3294:case-005	CASE-005	assets/images/5ad3fe3294/case-005/explicit_04_page_004.png	Fig. 4	figure
task3:5ad3fe3294:case-006	CASE-006	assets/images/5ad3fe3294/case-006/explicit_01_page_001.png	p.1	page
task3:5ad3fe3294:case-006	CASE-006	assets/images/5ad3fe3294/case-006/explicit_02_page_001.png	p.1	page
task3:5ad3fe3294:case-006	CASE-006	assets/images/5ad3fe3294/case-006/explicit_03_page_001.png	p.1	page
task3:5ad3fe3294:case-006	CASE-006	assets/images/5ad3fe3294/case-006/explicit_04_page_001.png	p.1	page

https://arxiv.org/abs/2308.04118v1

• Ссылка на статью: https://arxiv.org/abs/2308.04118v1
• Название: Multimodal Color Recommendation in Vector Graphic Documents
• Идентификаторы: arXiv:2308.04118v1
• Использовано изображений/страниц: 48

sample_id	case_id	image	page_hint	evidence_kind
task3:39bb2db9c5:case-001	CASE-001	assets/images/39bb2db9c5/case-001/explicit_01_page_001.png	Fig.1 (page 1)	figure
task3:39bb2db9c5:case-001	CASE-001	assets/images/39bb2db9c5/case-001/explicit_02_page_001.png	Fig.1 (page 1)	figure
task3:39bb2db9c5:case-001	CASE-001	assets/images/39bb2db9c5/case-001/explicit_03_page_001.png	Fig.1 (page 1)	figure
task3:39bb2db9c5:case-001	CASE-001	assets/images/39bb2db9c5/case-001/explicit_04_page_001.png	Fig.1 (page 1)	figure
task3:39bb2db9c5:case-002	CASE-002	assets/images/39bb2db9c5/case-002/explicit_01_page_014.png	Table 1 (page 5) + Figure 4 (page 5, panels a/b/c)	figure_or_table
task3:39bb2db9c5:case-002	CASE-002	assets/images/39bb2db9c5/case-002/explicit_02_page_014.png	Table 1 (page 5) + Figure 4 (page 5, panels a/b/c)	figure_or_table
task3:39bb2db9c5:case-002	CASE-002	assets/images/39bb2db9c5/case-002/explicit_03_page_001.png	Table 1 (page 5) + Figure 4 (page 5, panels a/b/c)	figure_or_table
task3:39bb2db9c5:case-002	CASE-002	assets/images/39bb2db9c5/case-002/explicit_04_page_001.png	Table 1 (page 5) + Figure 4 (page 5, panels a/b/c)	figure_or_table
task3:39bb2db9c5:case-003	CASE-003	assets/images/39bb2db9c5/case-003/explicit_01_page_003.png	Table 3 (page 6)	table
task3:39bb2db9c5:case-003	CASE-003	assets/images/39bb2db9c5/case-003/explicit_02_page_003.png	Table 3 (page 6)	table
task3:39bb2db9c5:case-003	CASE-003	assets/images/39bb2db9c5/case-003/explicit_03_page_003.png	Table 3 (page 6)	table
task3:39bb2db9c5:case-003	CASE-003	assets/images/39bb2db9c5/case-003/explicit_04_page_003.png	Table 3 (page 6)	table
task3:39bb2db9c5:case-004	CASE-004	assets/images/39bb2db9c5/case-004/explicit_01_page_005.png	Fig.5 (page 5, первый пример — wedding party)	figure
task3:39bb2db9c5:case-004	CASE-004	assets/images/39bb2db9c5/case-004/explicit_02_page_005.png	Fig.5 (page 5, первый пример — wedding party)	figure
task3:39bb2db9c5:case-004	CASE-004	assets/images/39bb2db9c5/case-004/explicit_03_page_005.png	Fig.5 (page 5, первый пример — wedding party)	figure
task3:39bb2db9c5:case-004	CASE-004	assets/images/39bb2db9c5/case-004/explicit_04_page_005.png	Fig.5 (page 5, первый пример — wedding party)	figure
task3:39bb2db9c5:case-005	CASE-005	assets/images/39bb2db9c5/case-005/explicit_01_page_002.png	Table 2 (page 6, ablation study) + раздел 3.1 (pages 2–3)	table
task3:39bb2db9c5:case-005	CASE-005	assets/images/39bb2db9c5/case-005/explicit_02_page_002.png	Table 2 (page 6, ablation study) + раздел 3.1 (pages 2–3)	table
task3:39bb2db9c5:case-005	CASE-005	assets/images/39bb2db9c5/case-005/explicit_03_page_002.png	Table 2 (page 6, ablation study) + раздел 3.1 (pages 2–3)	table
task3:39bb2db9c5:case-005	CASE-005	assets/images/39bb2db9c5/case-005/explicit_04_page_002.png	Table 2 (page 6, ablation study) + раздел 3.1 (pages 2–3)	table
task3:39bb2db9c5:case-006	CASE-006	assets/images/39bb2db9c5/case-006/explicit_01_page_006.png	Fig.6, Fig.7, Fig.8, Fig.9 (pages 5–6, user study)	figure
task3:39bb2db9c5:case-006	CASE-006	assets/images/39bb2db9c5/case-006/explicit_02_page_006.png	Fig.6, Fig.7, Fig.8, Fig.9 (pages 5–6, user study)	figure
task3:39bb2db9c5:case-006	CASE-006	assets/images/39bb2db9c5/case-006/explicit_03_page_007.png	Fig.6, Fig.7, Fig.8, Fig.9 (pages 5–6, user study)	figure
task3:39bb2db9c5:case-006	CASE-006	assets/images/39bb2db9c5/case-006/explicit_04_page_007.png	Fig.6, Fig.7, Fig.8, Fig.9 (pages 5–6, user study)	figure
task3:39bb2db9c5:case-007	CASE-007	assets/images/39bb2db9c5/case-007/explicit_01_page_004.png	Table 4 (page 6) + раздел 3.2 (pages 3–4)	table
task3:39bb2db9c5:case-007	CASE-007	assets/images/39bb2db9c5/case-007/explicit_02_page_004.png	Table 4 (page 6) + раздел 3.2 (pages 3–4)	table
task3:39bb2db9c5:case-007	CASE-007	assets/images/39bb2db9c5/case-007/explicit_03_page_004.png	Table 4 (page 6) + раздел 3.2 (pages 3–4)	table
task3:39bb2db9c5:case-007	CASE-007	assets/images/39bb2db9c5/case-007/explicit_04_page_004.png	Table 4 (page 6) + раздел 3.2 (pages 3–4)	table
task3:39bb2db9c5:case-008	CASE-008	assets/images/39bb2db9c5/case-008/explicit_01_page_010.png	Fig.10 (page 6) + раздел 4.5 (page 6)	figure
task3:39bb2db9c5:case-008	CASE-008	assets/images/39bb2db9c5/case-008/explicit_02_page_010.png	Fig.10 (page 6) + раздел 4.5 (page 6)	figure
task3:39bb2db9c5:case-008	CASE-008	assets/images/39bb2db9c5/case-008/explicit_03_page_006.png	Fig.10 (page 6) + раздел 4.5 (page 6)	figure
task3:39bb2db9c5:case-008	CASE-008	assets/images/39bb2db9c5/case-008/explicit_04_page_006.png	Fig.10 (page 6) + раздел 4.5 (page 6)	figure
task3:39bb2db9c5:case-009	CASE-009	assets/images/39bb2db9c5/case-009/explicit_01_page_002.png	Fig.2 (page 3, "Extraction and representation processes") + раздел 3.2 (pages 3–4)	figure
task3:39bb2db9c5:case-009	CASE-009	assets/images/39bb2db9c5/case-009/explicit_02_page_002.png	Fig.2 (page 3, "Extraction and representation processes") + раздел 3.2 (pages 3–4)	figure
task3:39bb2db9c5:case-009	CASE-009	assets/images/39bb2db9c5/case-009/explicit_03_page_002.png	Fig.2 (page 3, "Extraction and representation processes") + раздел 3.2 (pages 3–4)	figure
task3:39bb2db9c5:case-009	CASE-009	assets/images/39bb2db9c5/case-009/explicit_04_page_002.png	Fig.2 (page 3, "Extraction and representation processes") + раздел 3.2 (pages 3–4)	figure
task3:39bb2db9c5:case-010	CASE-010	assets/images/39bb2db9c5/case-010/explicit_01_page_000.png		figure_or_table
task3:39bb2db9c5:case-010	CASE-010	assets/images/39bb2db9c5/case-010/explicit_02_page_000.png		figure_or_table
task3:39bb2db9c5:case-010	CASE-010	assets/images/39bb2db9c5/case-010/explicit_03_page_000.png		figure_or_table
task3:39bb2db9c5:case-010	CASE-010	assets/images/39bb2db9c5/case-010/explicit_04_page_000.png		figure_or_table
task3:39bb2db9c5:case-011	CASE-011	assets/images/39bb2db9c5/case-011/explicit_01_page_002.png	p.3, раздел 3 "APPROACH" + Figure 2	page
task3:39bb2db9c5:case-011	CASE-011	assets/images/39bb2db9c5/case-011/explicit_02_page_002.png	p.3, раздел 3 "APPROACH" + Figure 2	page
task3:39bb2db9c5:case-011	CASE-011	assets/images/39bb2db9c5/case-011/explicit_03_page_002.png	p.3, раздел 3 "APPROACH" + Figure 2	page
task3:39bb2db9c5:case-011	CASE-011	assets/images/39bb2db9c5/case-011/explicit_04_page_002.png	p.3, раздел 3 "APPROACH" + Figure 2	page
task3:39bb2db9c5:case-012	CASE-012	assets/images/39bb2db9c5/case-012/explicit_01_page_001.png	Table 1 заголовок (page 4) + раздел 4.1 (page 4)	table
task3:39bb2db9c5:case-012	CASE-012	assets/images/39bb2db9c5/case-012/explicit_02_page_001.png	Table 1 заголовок (page 4) + раздел 4.1 (page 4)	table
task3:39bb2db9c5:case-012	CASE-012	assets/images/39bb2db9c5/case-012/explicit_03_page_001.png	Table 1 заголовок (page 4) + раздел 4.1 (page 4)	table
task3:39bb2db9c5:case-012	CASE-012	assets/images/39bb2db9c5/case-012/explicit_04_page_001.png	Table 1 заголовок (page 4) + раздел 4.1 (page 4)	table

https://arxiv.org/abs/2308.08155

• Ссылка на статью: https://arxiv.org/abs/2308.08155
• Название: AutoGen: Enabling Next-Gen LLM Applications via Multi-Agent Conversation
• Идентификаторы: arXiv:2308.08155
• Использовано изображений/страниц: 8

sample_id	case_id	image	page_hint	evidence_kind
task3:7d0aad0635:case-004	CASE-004	assets/images/7d0aad0635/case-004/explicit_01_page_004.png	p.7, Fig.4	figure
task3:7d0aad0635:case-004	CASE-004	assets/images/7d0aad0635/case-004/explicit_02_page_004.png	p.7, Fig.4	figure
task3:7d0aad0635:case-004	CASE-004	assets/images/7d0aad0635/case-004/explicit_03_page_004.png	p.7, Fig.4	figure
task3:7d0aad0635:case-004	CASE-004	assets/images/7d0aad0635/case-004/explicit_04_page_004.png	p.7, Fig.4	figure
task3:7d0aad0635:case-006	CASE-006	assets/images/7d0aad0635/case-006/explicit_01_page_014.png	p.14	page
task3:7d0aad0635:case-006	CASE-006	assets/images/7d0aad0635/case-006/explicit_02_page_014.png	p.14	page
task3:7d0aad0635:case-006	CASE-006	assets/images/7d0aad0635/case-006/explicit_03_page_000.png	p.14	page
task3:7d0aad0635:case-006	CASE-006	assets/images/7d0aad0635/case-006/explicit_04_page_000.png	p.14	page

https://arxiv.org/abs/2310.16828

• Ссылка на статью: https://arxiv.org/abs/2310.16828
• Название: TD-MPC2: Scalable, Robust World Models for Continuous Control
• Идентификаторы: arXiv:2310.16828
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:6efae140d8:case-010	CASE-010	assets/images/6efae140d8/case-010/explicit_01_page_003.png	Fig.4 (scaling curves: return vs. model size/steps), Table 3 (multi-task settings)	figure_or_table
task3:6efae140d8:case-010	CASE-010	assets/images/6efae140d8/case-010/explicit_02_page_003.png	Fig.4 (scaling curves: return vs. model size/steps), Table 3 (multi-task settings)	figure_or_table
task3:6efae140d8:case-010	CASE-010	assets/images/6efae140d8/case-010/explicit_03_page_003.png	Fig.4 (scaling curves: return vs. model size/steps), Table 3 (multi-task settings)	figure_or_table
task3:6efae140d8:case-010	CASE-010	assets/images/6efae140d8/case-010/explicit_04_page_003.png	Fig.4 (scaling curves: return vs. model size/steps), Table 3 (multi-task settings)	figure_or_table

https://arxiv.org/abs/2311.08077

• Ссылка на статью: https://arxiv.org/abs/2311.08077
• Название: Zero-Shot Segmentation of Eye Features Using the Segment Anything Model (SAM)
• Идентификаторы: arXiv:2311.08077
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:cherbaev__iris_retina_modern_ab:case-004	CASE-004	assets/images/cherbaev__iris_retina_modern_ab/case-004/explicit_01_page_000.png	Figure с примерами prompting strategies (point / box / multi-point) и качественной сегментацией pupil/iris/sclera	figure
task3:cherbaev__iris_retina_modern_ab:case-004	CASE-004	assets/images/cherbaev__iris_retina_modern_ab/case-004/explicit_02_page_000.png	Figure с примерами prompting strategies (point / box / multi-point) и качественной сегментацией pupil/iris/sclera	figure
task3:cherbaev__iris_retina_modern_ab:case-004	CASE-004	assets/images/cherbaev__iris_retina_modern_ab/case-004/explicit_03_page_000.png	Figure с примерами prompting strategies (point / box / multi-point) и качественной сегментацией pupil/iris/sclera	figure
task3:cherbaev__iris_retina_modern_ab:case-004	CASE-004	assets/images/cherbaev__iris_retina_modern_ab/case-004/explicit_04_page_000.png	Figure с примерами prompting strategies (point / box / multi-point) и качественной сегментацией pupil/iris/sclera	figure

https://arxiv.org/abs/2312.08914

• Ссылка на статью: https://arxiv.org/abs/2312.08914
• Название: CogAgent: A Visual Language Model for GUI Agents
• Идентификаторы: arXiv:2312.08914
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:998d6715e8:case-002	CASE-002	assets/images/998d6715e8/case-002/explicit_01_page_003.png	p.8, Figure 3	figure
task3:998d6715e8:case-002	CASE-002	assets/images/998d6715e8/case-002/explicit_02_page_003.png	p.8, Figure 3	figure
task3:998d6715e8:case-002	CASE-002	assets/images/998d6715e8/case-002/explicit_03_page_003.png	p.8, Figure 3	figure
task3:998d6715e8:case-002	CASE-002	assets/images/998d6715e8/case-002/explicit_04_page_003.png	p.8, Figure 3	figure

https://arxiv.org/abs/2312.13139

• Ссылка на статью: https://arxiv.org/abs/2312.13139
• Название: GR-1: Unleashing Large-Scale Video Generative Pre-training for Visual Robot Manipulation
• Идентификаторы: arXiv:2312.13139
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:6efae140d8:case-003	CASE-003	assets/images/6efae140d8/case-003/explicit_01_page_013.png	Fig.1 (GPT-style future image + action prediction), Table 3 (CALVIN/manipulation results)	figure_or_table
task3:6efae140d8:case-003	CASE-003	assets/images/6efae140d8/case-003/explicit_02_page_013.png	Fig.1 (GPT-style future image + action prediction), Table 3 (CALVIN/manipulation results)	figure_or_table
task3:6efae140d8:case-003	CASE-003	assets/images/6efae140d8/case-003/explicit_03_page_001.png	Fig.1 (GPT-style future image + action prediction), Table 3 (CALVIN/manipulation results)	figure_or_table
task3:6efae140d8:case-003	CASE-003	assets/images/6efae140d8/case-003/explicit_04_page_001.png	Fig.1 (GPT-style future image + action prediction), Table 3 (CALVIN/manipulation results)	figure_or_table

https://arxiv.org/abs/2312.13771

• Ссылка на статью: https://arxiv.org/abs/2312.13771
• Название: AppAgent: Multimodal Agents as Smartphone Users
• Идентификаторы: arXiv:2312.13771
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:998d6715e8:case-006	CASE-006	assets/images/998d6715e8/case-006/explicit_01_page_001.png	p.7, Table 1	table
task3:998d6715e8:case-006	CASE-006	assets/images/998d6715e8/case-006/explicit_02_page_001.png	p.7, Table 1	table
task3:998d6715e8:case-006	CASE-006	assets/images/998d6715e8/case-006/explicit_03_page_001.png	p.7, Table 1	table
task3:998d6715e8:case-006	CASE-006	assets/images/998d6715e8/case-006/explicit_04_page_001.png	p.7, Table 1	table

https://arxiv.org/abs/2401.10935

• Ссылка на статью: https://arxiv.org/abs/2401.10935
• Название: SeeClick: Harnessing GUI Grounding for Advanced Visual GUI Agents
• Идентификаторы: arXiv:2401.10935
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:998d6715e8:case-003	CASE-003	assets/images/998d6715e8/case-003/explicit_01_page_001.png	p. 9317, Table 1	table
task3:998d6715e8:case-003	CASE-003	assets/images/998d6715e8/case-003/explicit_02_page_001.png	p. 9317, Table 1	table
task3:998d6715e8:case-003	CASE-003	assets/images/998d6715e8/case-003/explicit_03_page_001.png	p. 9317, Table 1	table
task3:998d6715e8:case-003	CASE-003	assets/images/998d6715e8/case-003/explicit_04_page_001.png	p. 9317, Table 1	table

https://arxiv.org/abs/2402.03496

• Ссылка на статью: https://arxiv.org/abs/2402.03496
• Название: Can We Remove the Square-Root in Adaptive Gradient Methods? A Second-Order Perspective
• Идентификаторы: arxiv:2402.03496
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:vasin_artem_aleksandrovich__0cf7f9ceca:case-010	CASE-010	assets/images/vasin_artem_aleksandrovich__0cf7f9ceca/case-010/explicit_01_page_001.png	Tab. 1, Fig.1, 2	figure_or_table
task3:vasin_artem_aleksandrovich__0cf7f9ceca:case-010	CASE-010	assets/images/vasin_artem_aleksandrovich__0cf7f9ceca/case-010/explicit_02_page_001.png	Tab. 1, Fig.1, 2	figure_or_table
task3:vasin_artem_aleksandrovich__0cf7f9ceca:case-010	CASE-010	assets/images/vasin_artem_aleksandrovich__0cf7f9ceca/case-010/explicit_03_page_001.png	Tab. 1, Fig.1, 2	figure_or_table
task3:vasin_artem_aleksandrovich__0cf7f9ceca:case-010	CASE-010	assets/images/vasin_artem_aleksandrovich__0cf7f9ceca/case-010/explicit_04_page_001.png	Tab. 1, Fig.1, 2	figure_or_table

https://arxiv.org/abs/2402.06497

• Ссылка на статью: https://arxiv.org/abs/2402.06497
• Название: Iris-SAM: Iris Segmentation Using a Foundation Model
• Идентификаторы: arXiv:2402.06497
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:cherbaev__iris_retina_modern_ab:case-001	CASE-001	assets/images/cherbaev__iris_retina_modern_ab/case-001/explicit_01_page_002.png	Table 2 (accuracy comparison) и Table 3 (loss function ablation)	table
task3:cherbaev__iris_retina_modern_ab:case-001	CASE-001	assets/images/cherbaev__iris_retina_modern_ab/case-001/explicit_02_page_002.png	Table 2 (accuracy comparison) и Table 3 (loss function ablation)	table
task3:cherbaev__iris_retina_modern_ab:case-001	CASE-001	assets/images/cherbaev__iris_retina_modern_ab/case-001/explicit_03_page_002.png	Table 2 (accuracy comparison) и Table 3 (loss function ablation)	table
task3:cherbaev__iris_retina_modern_ab:case-001	CASE-001	assets/images/cherbaev__iris_retina_modern_ab/case-001/explicit_04_page_002.png	Table 2 (accuracy comparison) и Table 3 (loss function ablation)	table

https://arxiv.org/abs/2404.01714

• Ссылка на статью: https://arxiv.org/abs/2404.01714
• Название: Adaptive Gradient Methods at the Edge of Stability
• Идентификаторы: arxiv:2404.01714
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:vasin_artem_aleksandrovich__0cf7f9ceca:case-007	CASE-007	assets/images/vasin_artem_aleksandrovich__0cf7f9ceca/case-007/explicit_01_page_001.png	Fig. 1, 2, 3, 4, 5, 6, 7, 8	figure
task3:vasin_artem_aleksandrovich__0cf7f9ceca:case-007	CASE-007	assets/images/vasin_artem_aleksandrovich__0cf7f9ceca/case-007/explicit_02_page_001.png	Fig. 1, 2, 3, 4, 5, 6, 7, 8	figure
task3:vasin_artem_aleksandrovich__0cf7f9ceca:case-007	CASE-007	assets/images/vasin_artem_aleksandrovich__0cf7f9ceca/case-007/explicit_03_page_001.png	Fig. 1, 2, 3, 4, 5, 6, 7, 8	figure
task3:vasin_artem_aleksandrovich__0cf7f9ceca:case-007	CASE-007	assets/images/vasin_artem_aleksandrovich__0cf7f9ceca/case-007/explicit_04_page_001.png	Fig. 1, 2, 3, 4, 5, 6, 7, 8	figure

https://arxiv.org/abs/2404.01864

• Ссылка на статью: https://arxiv.org/abs/2404.01864
• Название: Adaptive Gradient Methods at the Edge of Stability
• Идентификаторы: arxiv:2404.01864
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:vasin_artem_aleksandrovich__0cf7f9ceca:case-005	CASE-005	assets/images/vasin_artem_aleksandrovich__0cf7f9ceca/case-005/explicit_01_page_001.png	fig. 1, 3, 6, 7	figure
task3:vasin_artem_aleksandrovich__0cf7f9ceca:case-005	CASE-005	assets/images/vasin_artem_aleksandrovich__0cf7f9ceca/case-005/explicit_02_page_001.png	fig. 1, 3, 6, 7	figure
task3:vasin_artem_aleksandrovich__0cf7f9ceca:case-005	CASE-005	assets/images/vasin_artem_aleksandrovich__0cf7f9ceca/case-005/explicit_03_page_001.png	fig. 1, 3, 6, 7	figure
task3:vasin_artem_aleksandrovich__0cf7f9ceca:case-005	CASE-005	assets/images/vasin_artem_aleksandrovich__0cf7f9ceca/case-005/explicit_04_page_001.png	fig. 1, 3, 6, 7	figure

https://arxiv.org/abs/2404.12377

• Ссылка на статью: https://arxiv.org/abs/2404.12377
• Название: RoboDreamer: Learning Compositional World Models for Robot Imagination
• Идентификаторы: arXiv:2404.12377
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:6efae140d8:case-004	CASE-004	assets/images/6efae140d8/case-004/explicit_01_page_004.png	Fig.4 (compositional rollouts по новым комбинациям объекта/действия)	figure
task3:6efae140d8:case-004	CASE-004	assets/images/6efae140d8/case-004/explicit_02_page_004.png	Fig.4 (compositional rollouts по новым комбинациям объекта/действия)	figure
task3:6efae140d8:case-004	CASE-004	assets/images/6efae140d8/case-004/explicit_03_page_004.png	Fig.4 (compositional rollouts по новым комбинациям объекта/действия)	figure
task3:6efae140d8:case-004	CASE-004	assets/images/6efae140d8/case-004/explicit_04_page_004.png	Fig.4 (compositional rollouts по новым комбинациям объекта/действия)	figure

https://arxiv.org/abs/2405.00873

• Ссылка на статью: https://arxiv.org/abs/2405.00873
• Название: Implementing a Synthetic Magnetic Vector Potential in a 2D Superconducting Qubit Array
• Идентификаторы: arXiv:2405.00873
• Использовано изображений/страниц: 48

sample_id	case_id	image	page_hint	evidence_kind
task3:gorbunov-ivan-yurievich__0d769c50eb:case-001	CASE-001	assets/images/gorbunov-ivan-yurievich__0d769c50eb/case-001/explicit_01_page_001.png	p.2, Fig.1	mixed
task3:gorbunov-ivan-yurievich__0d769c50eb:case-001	CASE-001	assets/images/gorbunov-ivan-yurievich__0d769c50eb/case-001/explicit_02_page_001.png	p.2, Fig.1	mixed
task3:gorbunov-ivan-yurievich__0d769c50eb:case-001	CASE-001	assets/images/gorbunov-ivan-yurievich__0d769c50eb/case-001/explicit_03_page_001.png	p.2, Fig.1	mixed
task3:gorbunov-ivan-yurievich__0d769c50eb:case-001	CASE-001	assets/images/gorbunov-ivan-yurievich__0d769c50eb/case-001/explicit_04_page_001.png	p.2, Fig.1	mixed
task3:gorbunov-ivan-yurievich__0d769c50eb:case-002	CASE-002	assets/images/gorbunov-ivan-yurievich__0d769c50eb/case-002/explicit_01_page_002.png	p.3, Fig.2	mixed
task3:gorbunov-ivan-yurievich__0d769c50eb:case-002	CASE-002	assets/images/gorbunov-ivan-yurievich__0d769c50eb/case-002/explicit_02_page_002.png	p.3, Fig.2	mixed
task3:gorbunov-ivan-yurievich__0d769c50eb:case-002	CASE-002	assets/images/gorbunov-ivan-yurievich__0d769c50eb/case-002/explicit_03_page_002.png	p.3, Fig.2	mixed
task3:gorbunov-ivan-yurievich__0d769c50eb:case-002	CASE-002	assets/images/gorbunov-ivan-yurievich__0d769c50eb/case-002/explicit_04_page_002.png	p.3, Fig.2	mixed
task3:gorbunov-ivan-yurievich__0d769c50eb:case-003	CASE-003	assets/images/gorbunov-ivan-yurievich__0d769c50eb/case-003/explicit_01_page_002.png	p.3, Fig.2	mixed
task3:gorbunov-ivan-yurievich__0d769c50eb:case-003	CASE-003	assets/images/gorbunov-ivan-yurievich__0d769c50eb/case-003/explicit_02_page_002.png	p.3, Fig.2	mixed
task3:gorbunov-ivan-yurievich__0d769c50eb:case-003	CASE-003	assets/images/gorbunov-ivan-yurievich__0d769c50eb/case-003/explicit_03_page_002.png	p.3, Fig.2	mixed
task3:gorbunov-ivan-yurievich__0d769c50eb:case-003	CASE-003	assets/images/gorbunov-ivan-yurievich__0d769c50eb/case-003/explicit_04_page_002.png	p.3, Fig.2	mixed
task3:gorbunov-ivan-yurievich__0d769c50eb:case-004	CASE-004	assets/images/gorbunov-ivan-yurievich__0d769c50eb/case-004/explicit_01_page_003.png	p.4, Fig.3	mixed
task3:gorbunov-ivan-yurievich__0d769c50eb:case-004	CASE-004	assets/images/gorbunov-ivan-yurievich__0d769c50eb/case-004/explicit_02_page_003.png	p.4, Fig.3	mixed
task3:gorbunov-ivan-yurievich__0d769c50eb:case-004	CASE-004	assets/images/gorbunov-ivan-yurievich__0d769c50eb/case-004/explicit_03_page_003.png	p.4, Fig.3	mixed
task3:gorbunov-ivan-yurievich__0d769c50eb:case-004	CASE-004	assets/images/gorbunov-ivan-yurievich__0d769c50eb/case-004/explicit_04_page_003.png	p.4, Fig.3	mixed
task3:gorbunov-ivan-yurievich__0d769c50eb:case-005	CASE-005	assets/images/gorbunov-ivan-yurievich__0d769c50eb/case-005/explicit_01_page_004.png	p.5, Fig.4	mixed
task3:gorbunov-ivan-yurievich__0d769c50eb:case-005	CASE-005	assets/images/gorbunov-ivan-yurievich__0d769c50eb/case-005/explicit_02_page_004.png	p.5, Fig.4	mixed
task3:gorbunov-ivan-yurievich__0d769c50eb:case-005	CASE-005	assets/images/gorbunov-ivan-yurievich__0d769c50eb/case-005/explicit_03_page_004.png	p.5, Fig.4	mixed
task3:gorbunov-ivan-yurievich__0d769c50eb:case-005	CASE-005	assets/images/gorbunov-ivan-yurievich__0d769c50eb/case-005/explicit_04_page_004.png	p.5, Fig.4	mixed
task3:gorbunov-ivan-yurievich__0d769c50eb:case-006	CASE-006	assets/images/gorbunov-ivan-yurievich__0d769c50eb/case-006/explicit_01_page_005.png	p.6, Fig.5	mixed
task3:gorbunov-ivan-yurievich__0d769c50eb:case-006	CASE-006	assets/images/gorbunov-ivan-yurievich__0d769c50eb/case-006/explicit_02_page_005.png	p.6, Fig.5	mixed
task3:gorbunov-ivan-yurievich__0d769c50eb:case-006	CASE-006	assets/images/gorbunov-ivan-yurievich__0d769c50eb/case-006/explicit_03_page_005.png	p.6, Fig.5	mixed
task3:gorbunov-ivan-yurievich__0d769c50eb:case-006	CASE-006	assets/images/gorbunov-ivan-yurievich__0d769c50eb/case-006/explicit_04_page_005.png	p.6, Fig.5	mixed
task3:gorbunov-ivan-yurievich__0d769c50eb:case-007	CASE-007	assets/images/gorbunov-ivan-yurievich__0d769c50eb/case-007/explicit_01_page_005.png	p.6, Fig.5	mixed
task3:gorbunov-ivan-yurievich__0d769c50eb:case-007	CASE-007	assets/images/gorbunov-ivan-yurievich__0d769c50eb/case-007/explicit_02_page_005.png	p.6, Fig.5	mixed
task3:gorbunov-ivan-yurievich__0d769c50eb:case-007	CASE-007	assets/images/gorbunov-ivan-yurievich__0d769c50eb/case-007/explicit_03_page_005.png	p.6, Fig.5	mixed
task3:gorbunov-ivan-yurievich__0d769c50eb:case-007	CASE-007	assets/images/gorbunov-ivan-yurievich__0d769c50eb/case-007/explicit_04_page_005.png	p.6, Fig.5	mixed
task3:gorbunov-ivan-yurievich__0d769c50eb:case-008	CASE-008	assets/images/gorbunov-ivan-yurievich__0d769c50eb/case-008/explicit_01_page_000.png	p.S4, p.S5, Fig.S1	formula
task3:gorbunov-ivan-yurievich__0d769c50eb:case-008	CASE-008	assets/images/gorbunov-ivan-yurievich__0d769c50eb/case-008/explicit_02_page_000.png	p.S4, p.S5, Fig.S1	formula
task3:gorbunov-ivan-yurievich__0d769c50eb:case-008	CASE-008	assets/images/gorbunov-ivan-yurievich__0d769c50eb/case-008/explicit_03_page_000.png	p.S4, p.S5, Fig.S1	formula
task3:gorbunov-ivan-yurievich__0d769c50eb:case-008	CASE-008	assets/images/gorbunov-ivan-yurievich__0d769c50eb/case-008/explicit_04_page_000.png	p.S4, p.S5, Fig.S1	formula
task3:gorbunov-ivan-yurievich__0d769c50eb:case-009	CASE-009	assets/images/gorbunov-ivan-yurievich__0d769c50eb/case-009/explicit_01_page_001.png	Fig. 1	figure
task3:gorbunov-ivan-yurievich__0d769c50eb:case-009	CASE-009	assets/images/gorbunov-ivan-yurievich__0d769c50eb/case-009/explicit_02_page_001.png	Fig. 1	figure
task3:gorbunov-ivan-yurievich__0d769c50eb:case-009	CASE-009	assets/images/gorbunov-ivan-yurievich__0d769c50eb/case-009/explicit_03_page_001.png	Fig. 1	figure
task3:gorbunov-ivan-yurievich__0d769c50eb:case-009	CASE-009	assets/images/gorbunov-ivan-yurievich__0d769c50eb/case-009/explicit_04_page_001.png	Fig. 1	figure
task3:gorbunov-ivan-yurievich__0d769c50eb:case-010	CASE-010	assets/images/gorbunov-ivan-yurievich__0d769c50eb/case-010/explicit_01_page_001.png	Fig.1, p.2	mixed
task3:gorbunov-ivan-yurievich__0d769c50eb:case-010	CASE-010	assets/images/gorbunov-ivan-yurievich__0d769c50eb/case-010/explicit_02_page_001.png	Fig.1, p.2	mixed
task3:gorbunov-ivan-yurievich__0d769c50eb:case-010	CASE-010	assets/images/gorbunov-ivan-yurievich__0d769c50eb/case-010/explicit_03_page_001.png	Fig.1, p.2	mixed
task3:gorbunov-ivan-yurievich__0d769c50eb:case-010	CASE-010	assets/images/gorbunov-ivan-yurievich__0d769c50eb/case-010/explicit_04_page_001.png	Fig.1, p.2	mixed
task3:gorbunov-ivan-yurievich__0d769c50eb:case-011	CASE-011	assets/images/gorbunov-ivan-yurievich__0d769c50eb/case-011/explicit_01_page_002.png	p.3, Fig.2	mixed
task3:gorbunov-ivan-yurievich__0d769c50eb:case-011	CASE-011	assets/images/gorbunov-ivan-yurievich__0d769c50eb/case-011/explicit_02_page_002.png	p.3, Fig.2	mixed
task3:gorbunov-ivan-yurievich__0d769c50eb:case-011	CASE-011	assets/images/gorbunov-ivan-yurievich__0d769c50eb/case-011/explicit_03_page_002.png	p.3, Fig.2	mixed
task3:gorbunov-ivan-yurievich__0d769c50eb:case-011	CASE-011	assets/images/gorbunov-ivan-yurievich__0d769c50eb/case-011/explicit_04_page_002.png	p.3, Fig.2	mixed
task3:gorbunov-ivan-yurievich__0d769c50eb:case-012	CASE-012	assets/images/gorbunov-ivan-yurievich__0d769c50eb/case-012/explicit_01_page_004.png	Fig.4	figure
task3:gorbunov-ivan-yurievich__0d769c50eb:case-012	CASE-012	assets/images/gorbunov-ivan-yurievich__0d769c50eb/case-012/explicit_02_page_004.png	Fig.4	figure
task3:gorbunov-ivan-yurievich__0d769c50eb:case-012	CASE-012	assets/images/gorbunov-ivan-yurievich__0d769c50eb/case-012/explicit_03_page_004.png	Fig.4	figure
task3:gorbunov-ivan-yurievich__0d769c50eb:case-012	CASE-012	assets/images/gorbunov-ivan-yurievich__0d769c50eb/case-012/explicit_04_page_004.png	Fig.4	figure

https://arxiv.org/abs/2405.16769

• Ссылка на статью: https://arxiv.org/abs/2405.16769
• Название: Learning phase transitions by siamese neural network
• Идентификаторы: arxiv:2405.16769
• Использовано изображений/страниц: 12

sample_id	case_id	image	page_hint	evidence_kind
task3:task3-ab-physics-ml-001:case_07	case_07	assets/images/task3-ab-physics-ml-001/case_07/explicit_01_page_003.png	Fig. 3	figure
task3:task3-ab-physics-ml-001:case_07	case_07	assets/images/task3-ab-physics-ml-001/case_07/explicit_02_page_003.png	Fig. 3	figure
task3:task3-ab-physics-ml-001:case_07	case_07	assets/images/task3-ab-physics-ml-001/case_07/explicit_03_page_003.png	Fig. 3	figure
task3:task3-ab-physics-ml-001:case_07	case_07	assets/images/task3-ab-physics-ml-001/case_07/explicit_04_page_003.png	Fig. 3	figure
task3:task3-ab-physics-ml-001:case_08	case_08	assets/images/task3-ab-physics-ml-001/case_08/explicit_01_page_004.png	Fig. 4	figure
task3:task3-ab-physics-ml-001:case_08	case_08	assets/images/task3-ab-physics-ml-001/case_08/explicit_02_page_004.png	Fig. 4	figure
task3:task3-ab-physics-ml-001:case_08	case_08	assets/images/task3-ab-physics-ml-001/case_08/explicit_03_page_004.png	Fig. 4	figure
task3:task3-ab-physics-ml-001:case_08	case_08	assets/images/task3-ab-physics-ml-001/case_08/explicit_04_page_004.png	Fig. 4	figure
task3:task3-ab-physics-ml-001:case_12	case_12	assets/images/task3-ab-physics-ml-001/case_12/explicit_01_page_005.png	Fig. 5	figure
task3:task3-ab-physics-ml-001:case_12	case_12	assets/images/task3-ab-physics-ml-001/case_12/explicit_02_page_005.png	Fig. 5	figure
task3:task3-ab-physics-ml-001:case_12	case_12	assets/images/task3-ab-physics-ml-001/case_12/explicit_03_page_005.png	Fig. 5	figure
task3:task3-ab-physics-ml-001:case_12	case_12	assets/images/task3-ab-physics-ml-001/case_12/explicit_04_page_005.png	Fig. 5	figure

https://arxiv.org/abs/2407.03037

• Ссылка на статью: https://arxiv.org/abs/2407.03037
• Название: Vision-driven Automated Mobile GUI Testing via Multimodal Large Language Model
• Идентификаторы: arXiv:2407.03037
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:998d6715e8:case-004	CASE-004	assets/images/998d6715e8/case-004/explicit_01_page_009.png	p. 9, Table I	table
task3:998d6715e8:case-004	CASE-004	assets/images/998d6715e8/case-004/explicit_02_page_009.png	p. 9, Table I	table
task3:998d6715e8:case-004	CASE-004	assets/images/998d6715e8/case-004/explicit_03_page_000.png	p. 9, Table I	table
task3:998d6715e8:case-004	CASE-004	assets/images/998d6715e8/case-004/explicit_04_page_000.png	p. 9, Table I	table

https://arxiv.org/abs/2407.09510

• Ссылка на статью: https://arxiv.org/abs/2407.09510
• Название: 3DGS.zip: A survey on 3D Gaussian Splatting Compression Methods
• Идентификаторы: arxiv:2407.09510
• Использовано изображений/страниц: 8

sample_id	case_id	image	page_hint	evidence_kind
task3:df07798d94:case-001	CASE-001	assets/images/df07798d94/case-001/explicit_01_page_001.png	Figure 1	figure
task3:df07798d94:case-001	CASE-001	assets/images/df07798d94/case-001/explicit_02_page_001.png	Figure 1	figure
task3:df07798d94:case-001	CASE-001	assets/images/df07798d94/case-001/explicit_03_page_001.png	Figure 1	figure
task3:df07798d94:case-001	CASE-001	assets/images/df07798d94/case-001/explicit_04_page_001.png	Figure 1	figure
task3:df07798d94:case-002	CASE-002	assets/images/df07798d94/case-002/explicit_01_page_002.png	Figure 2	figure
task3:df07798d94:case-002	CASE-002	assets/images/df07798d94/case-002/explicit_02_page_002.png	Figure 2	figure
task3:df07798d94:case-002	CASE-002	assets/images/df07798d94/case-002/explicit_03_page_002.png	Figure 2	figure
task3:df07798d94:case-002	CASE-002	assets/images/df07798d94/case-002/explicit_04_page_002.png	Figure 2	figure

https://arxiv.org/abs/2408.03448

• Ссылка на статью: https://arxiv.org/abs/2408.03448
• Название: Post-Mortem Human Iris Segmentation Analysis with Deep Learning
• Идентификаторы: arXiv:2408.03448
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:cherbaev__iris_retina_modern_ab:case-007	CASE-007	assets/images/cherbaev__iris_retina_modern_ab/case-007/explicit_01_page_000.png	Таблица результатов SegNet/DeepLabV3+ с разными backbones (VGG19, ResNet18/50, MobileNetv2, Xception, InceptionResNetv2); figures с примерами post-mortem-изображений	figure_or_table
task3:cherbaev__iris_retina_modern_ab:case-007	CASE-007	assets/images/cherbaev__iris_retina_modern_ab/case-007/explicit_02_page_000.png	Таблица результатов SegNet/DeepLabV3+ с разными backbones (VGG19, ResNet18/50, MobileNetv2, Xception, InceptionResNetv2); figures с примерами post-mortem-изображений	figure_or_table
task3:cherbaev__iris_retina_modern_ab:case-007	CASE-007	assets/images/cherbaev__iris_retina_modern_ab/case-007/explicit_03_page_000.png	Таблица результатов SegNet/DeepLabV3+ с разными backbones (VGG19, ResNet18/50, MobileNetv2, Xception, InceptionResNetv2); figures с примерами post-mortem-изображений	figure_or_table
task3:cherbaev__iris_retina_modern_ab:case-007	CASE-007	assets/images/cherbaev__iris_retina_modern_ab/case-007/explicit_04_page_000.png	Таблица результатов SegNet/DeepLabV3+ с разными backbones (VGG19, ResNet18/50, MobileNetv2, Xception, InceptionResNetv2); figures с примерами post-mortem-изображений	figure_or_table

https://arxiv.org/abs/2409.03137

• Ссылка на статью: https://arxiv.org/abs/2409.03137
• Название: The AdEMAMix Optimizer: Better, Faster, Older
• Идентификаторы: arxiv:2409.03137
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:vasin_artem_aleksandrovich__0cf7f9ceca:case-002	CASE-002	assets/images/vasin_artem_aleksandrovich__0cf7f9ceca/case-002/explicit_01_page_002.png	fig. 2, 3, 6, Tab. 2	figure_or_table
task3:vasin_artem_aleksandrovich__0cf7f9ceca:case-002	CASE-002	assets/images/vasin_artem_aleksandrovich__0cf7f9ceca/case-002/explicit_02_page_002.png	fig. 2, 3, 6, Tab. 2	figure_or_table
task3:vasin_artem_aleksandrovich__0cf7f9ceca:case-002	CASE-002	assets/images/vasin_artem_aleksandrovich__0cf7f9ceca/case-002/explicit_03_page_002.png	fig. 2, 3, 6, Tab. 2	figure_or_table
task3:vasin_artem_aleksandrovich__0cf7f9ceca:case-002	CASE-002	assets/images/vasin_artem_aleksandrovich__0cf7f9ceca/case-002/explicit_04_page_002.png	fig. 2, 3, 6, Tab. 2	figure_or_table

https://arxiv.org/abs/2410.13161

• Ссылка на статью: https://arxiv.org/abs/2410.13161
• Название: Non-Perturbative Trivializing Flows for Lattice Gauge Theories
• Идентификаторы: arxiv:2410.13161
• Использовано изображений/страниц: 12

sample_id	case_id	image	page_hint	evidence_kind
task3:task3-ab-physics-ml-001:case_06	case_06	assets/images/task3-ab-physics-ml-001/case_06/explicit_01_page_002.png	Fig. 2	figure
task3:task3-ab-physics-ml-001:case_06	case_06	assets/images/task3-ab-physics-ml-001/case_06/explicit_02_page_002.png	Fig. 2	figure
task3:task3-ab-physics-ml-001:case_06	case_06	assets/images/task3-ab-physics-ml-001/case_06/explicit_03_page_002.png	Fig. 2	figure
task3:task3-ab-physics-ml-001:case_06	case_06	assets/images/task3-ab-physics-ml-001/case_06/explicit_04_page_002.png	Fig. 2	figure
task3:task3-ab-physics-ml-001:case_10	case_10	assets/images/task3-ab-physics-ml-001/case_10/explicit_01_page_003.png	Fig. 3	figure
task3:task3-ab-physics-ml-001:case_10	case_10	assets/images/task3-ab-physics-ml-001/case_10/explicit_02_page_003.png	Fig. 3	figure
task3:task3-ab-physics-ml-001:case_10	case_10	assets/images/task3-ab-physics-ml-001/case_10/explicit_03_page_003.png	Fig. 3	figure
task3:task3-ab-physics-ml-001:case_10	case_10	assets/images/task3-ab-physics-ml-001/case_10/explicit_04_page_003.png	Fig. 3	figure
task3:task3-ab-physics-ml-001:case_13	case_13	assets/images/task3-ab-physics-ml-001/case_13/explicit_01_page_001.png	Fig. 1	figure
task3:task3-ab-physics-ml-001:case_13	case_13	assets/images/task3-ab-physics-ml-001/case_13/explicit_02_page_001.png	Fig. 1	figure
task3:task3-ab-physics-ml-001:case_13	case_13	assets/images/task3-ab-physics-ml-001/case_13/explicit_03_page_001.png	Fig. 1	figure
task3:task3-ab-physics-ml-001:case_13	case_13	assets/images/task3-ab-physics-ml-001/case_13/explicit_04_page_001.png	Fig. 1	figure

https://arxiv.org/abs/2410.17881

• Ссылка на статью: https://arxiv.org/abs/2410.17881
• Название: AdaRankGrad: Adaptive Gradient-Rank and Moments for Memory-Efficient LLMs Training and Fine-Tuning
• Идентификаторы: arxiv:2410.17881
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:vasin_artem_aleksandrovich__0cf7f9ceca:case-003	CASE-003	assets/images/vasin_artem_aleksandrovich__0cf7f9ceca/case-003/explicit_01_page_002.png	fig. 3, Tab. 2	figure_or_table
task3:vasin_artem_aleksandrovich__0cf7f9ceca:case-003	CASE-003	assets/images/vasin_artem_aleksandrovich__0cf7f9ceca/case-003/explicit_02_page_002.png	fig. 3, Tab. 2	figure_or_table
task3:vasin_artem_aleksandrovich__0cf7f9ceca:case-003	CASE-003	assets/images/vasin_artem_aleksandrovich__0cf7f9ceca/case-003/explicit_03_page_002.png	fig. 3, Tab. 2	figure_or_table
task3:vasin_artem_aleksandrovich__0cf7f9ceca:case-003	CASE-003	assets/images/vasin_artem_aleksandrovich__0cf7f9ceca/case-003/explicit_04_page_002.png	fig. 3, Tab. 2	figure_or_table

https://arxiv.org/abs/2411.10438

• Ссылка на статью: https://arxiv.org/abs/2411.10438
• Название: MARS: Unleashing the Power of Variance Reduction for Training Large Models
• Идентификаторы: arxiv:2411.10438
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:vasin_artem_aleksandrovich__0cf7f9ceca:case-001	CASE-001	assets/images/vasin_artem_aleksandrovich__0cf7f9ceca/case-001/explicit_01_page_012.png	fig. 2, Tab. 1,	figure_or_table
task3:vasin_artem_aleksandrovich__0cf7f9ceca:case-001	CASE-001	assets/images/vasin_artem_aleksandrovich__0cf7f9ceca/case-001/explicit_02_page_012.png	fig. 2, Tab. 1,	figure_or_table
task3:vasin_artem_aleksandrovich__0cf7f9ceca:case-001	CASE-001	assets/images/vasin_artem_aleksandrovich__0cf7f9ceca/case-001/explicit_03_page_001.png	fig. 2, Tab. 1,	figure_or_table
task3:vasin_artem_aleksandrovich__0cf7f9ceca:case-001	CASE-001	assets/images/vasin_artem_aleksandrovich__0cf7f9ceca/case-001/explicit_04_page_001.png	fig. 2, Tab. 1,	figure_or_table

https://arxiv.org/abs/2412.00374

• Ссылка на статью: https://arxiv.org/abs/2412.00374
• Название: Revisiting the Initial Steps in Adaptive Gradient Descent Optimization
• Идентификаторы: arxiv:2412.00374
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:vasin_artem_aleksandrovich__0cf7f9ceca:case-006	CASE-006	assets/images/vasin_artem_aleksandrovich__0cf7f9ceca/case-006/explicit_01_page_001.png	fig. 1, 2, 3	figure
task3:vasin_artem_aleksandrovich__0cf7f9ceca:case-006	CASE-006	assets/images/vasin_artem_aleksandrovich__0cf7f9ceca/case-006/explicit_02_page_001.png	fig. 1, 2, 3	figure
task3:vasin_artem_aleksandrovich__0cf7f9ceca:case-006	CASE-006	assets/images/vasin_artem_aleksandrovich__0cf7f9ceca/case-006/explicit_03_page_001.png	fig. 1, 2, 3	figure
task3:vasin_artem_aleksandrovich__0cf7f9ceca:case-006	CASE-006	assets/images/vasin_artem_aleksandrovich__0cf7f9ceca/case-006/explicit_04_page_001.png	fig. 1, 2, 3	figure

https://arxiv.org/abs/2412.00578

• Ссылка на статью: https://arxiv.org/abs/2412.00578
• Название: Speedy-Splat: Fast 3D Gaussian Splatting with Sparse Pixels and Sparse Primitives
• Идентификаторы: arxiv:2412.00578
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:df07798d94:case-004	CASE-004	assets/images/df07798d94/case-004/explicit_01_page_002.png	Table 2	table
task3:df07798d94:case-004	CASE-004	assets/images/df07798d94/case-004/explicit_02_page_002.png	Table 2	table
task3:df07798d94:case-004	CASE-004	assets/images/df07798d94/case-004/explicit_03_page_002.png	Table 2	table
task3:df07798d94:case-004	CASE-004	assets/images/df07798d94/case-004/explicit_04_page_002.png	Table 2	table

https://arxiv.org/abs/2412.04032

• Ссылка на статью: https://arxiv.org/abs/2412.04032
• Название: A Survey of Advanced Gradient Methods in Machine Learning
• Идентификаторы: arxiv:2412.04032
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:vasin_artem_aleksandrovich__0cf7f9ceca:case-012	CASE-012	assets/images/vasin_artem_aleksandrovich__0cf7f9ceca/case-012/explicit_01_page_001.png	Fig. 1	figure
task3:vasin_artem_aleksandrovich__0cf7f9ceca:case-012	CASE-012	assets/images/vasin_artem_aleksandrovich__0cf7f9ceca/case-012/explicit_02_page_001.png	Fig. 1	figure
task3:vasin_artem_aleksandrovich__0cf7f9ceca:case-012	CASE-012	assets/images/vasin_artem_aleksandrovich__0cf7f9ceca/case-012/explicit_03_page_001.png	Fig. 1	figure
task3:vasin_artem_aleksandrovich__0cf7f9ceca:case-012	CASE-012	assets/images/vasin_artem_aleksandrovich__0cf7f9ceca/case-012/explicit_04_page_001.png	Fig. 1	figure

https://arxiv.org/abs/2412.14803

• Ссылка на статью: https://arxiv.org/abs/2412.14803
• Название: Video Prediction Policy (VPP): Generalist Robot Policies with Predictive Visual Representations
• Идентификаторы: arXiv:2412.14803
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:6efae140d8:case-002	CASE-002	assets/images/6efae140d8/case-002/explicit_01_page_002.png	Fig.2 (predictive representation pipeline), Table 2 (manipulation benchmarks)	figure_or_table
task3:6efae140d8:case-002	CASE-002	assets/images/6efae140d8/case-002/explicit_02_page_002.png	Fig.2 (predictive representation pipeline), Table 2 (manipulation benchmarks)	figure_or_table
task3:6efae140d8:case-002	CASE-002	assets/images/6efae140d8/case-002/explicit_03_page_002.png	Fig.2 (predictive representation pipeline), Table 2 (manipulation benchmarks)	figure_or_table
task3:6efae140d8:case-002	CASE-002	assets/images/6efae140d8/case-002/explicit_04_page_002.png	Fig.2 (predictive representation pipeline), Table 2 (manipulation benchmarks)	figure_or_table

https://arxiv.org/abs/2412.19444

• Ссылка на статью: https://arxiv.org/abs/2412.19444
• Название: Towards Simple and Provable Parameter-Free Adaptive Gradient Methods
• Идентификаторы: arxiv:2412.19444
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:vasin_artem_aleksandrovich__0cf7f9ceca:case-009	CASE-009	assets/images/vasin_artem_aleksandrovich__0cf7f9ceca/case-009/explicit_01_page_001.png	Fig. 1, 2	figure
task3:vasin_artem_aleksandrovich__0cf7f9ceca:case-009	CASE-009	assets/images/vasin_artem_aleksandrovich__0cf7f9ceca/case-009/explicit_02_page_001.png	Fig. 1, 2	figure
task3:vasin_artem_aleksandrovich__0cf7f9ceca:case-009	CASE-009	assets/images/vasin_artem_aleksandrovich__0cf7f9ceca/case-009/explicit_03_page_001.png	Fig. 1, 2	figure
task3:vasin_artem_aleksandrovich__0cf7f9ceca:case-009	CASE-009	assets/images/vasin_artem_aleksandrovich__0cf7f9ceca/case-009/explicit_04_page_001.png	Fig. 1, 2	figure

https://arxiv.org/abs/2501.05547

• Ссылка на статью: https://arxiv.org/abs/2501.05547
• Название: Deep learning of phase transitions with minimal examples
• Идентификаторы: arxiv:2501.05547
• Использовано изображений/страниц: 8

sample_id	case_id	image	page_hint	evidence_kind
task3:task3-ab-physics-ml-001:case_11	case_11	assets/images/task3-ab-physics-ml-001/case_11/explicit_01_page_002.png	Fig. 2	figure
task3:task3-ab-physics-ml-001:case_11	case_11	assets/images/task3-ab-physics-ml-001/case_11/explicit_02_page_002.png	Fig. 2	figure
task3:task3-ab-physics-ml-001:case_11	case_11	assets/images/task3-ab-physics-ml-001/case_11/explicit_03_page_002.png	Fig. 2	figure
task3:task3-ab-physics-ml-001:case_11	case_11	assets/images/task3-ab-physics-ml-001/case_11/explicit_04_page_002.png	Fig. 2	figure
task3:task3-ab-physics-ml-001:case_14	case_14	assets/images/task3-ab-physics-ml-001/case_14/explicit_01_page_001.png	Fig. 1	figure
task3:task3-ab-physics-ml-001:case_14	case_14	assets/images/task3-ab-physics-ml-001/case_14/explicit_02_page_001.png	Fig. 1	figure
task3:task3-ab-physics-ml-001:case_14	case_14	assets/images/task3-ab-physics-ml-001/case_14/explicit_03_page_001.png	Fig. 1	figure
task3:task3-ab-physics-ml-001:case_14	case_14	assets/images/task3-ab-physics-ml-001/case_14/explicit_04_page_001.png	Fig. 1	figure

https://arxiv.org/abs/2501.06312

• Ссылка на статью: https://arxiv.org/abs/2501.06312
• Название: Towards Iris Presentation Attack Detection with Foundation Models
• Идентификаторы: arXiv:2501.06312
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:cherbaev__iris_retina_modern_ab:case-006	CASE-006	assets/images/cherbaev__iris_retina_modern_ab/case-006/explicit_01_page_000.png	Таблица BPCER/APCER для разных foundation-моделей (CLIP, DINOv2, SAM-based) на LivDet-Iris 2023	table
task3:cherbaev__iris_retina_modern_ab:case-006	CASE-006	assets/images/cherbaev__iris_retina_modern_ab/case-006/explicit_02_page_000.png	Таблица BPCER/APCER для разных foundation-моделей (CLIP, DINOv2, SAM-based) на LivDet-Iris 2023	table
task3:cherbaev__iris_retina_modern_ab:case-006	CASE-006	assets/images/cherbaev__iris_retina_modern_ab/case-006/explicit_03_page_000.png	Таблица BPCER/APCER для разных foundation-моделей (CLIP, DINOv2, SAM-based) на LivDet-Iris 2023	table
task3:cherbaev__iris_retina_modern_ab:case-006	CASE-006	assets/images/cherbaev__iris_retina_modern_ab/case-006/explicit_04_page_000.png	Таблица BPCER/APCER для разных foundation-моделей (CLIP, DINOv2, SAM-based) на LivDet-Iris 2023	table

https://arxiv.org/abs/2501.12326

• Ссылка на статью: https://arxiv.org/abs/2501.12326
• Название: UI-TARS: Pioneering Automated GUI Interaction with Native Agents
• Идентификаторы: arXiv:2501.12326
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:998d6715e8:case-001	CASE-001	assets/images/998d6715e8/case-001/explicit_01_page_008.png	p. 27, Figure 8	figure
task3:998d6715e8:case-001	CASE-001	assets/images/998d6715e8/case-001/explicit_02_page_008.png	p. 27, Figure 8	figure
task3:998d6715e8:case-001	CASE-001	assets/images/998d6715e8/case-001/explicit_03_page_018.png	p. 27, Figure 8	figure
task3:998d6715e8:case-001	CASE-001	assets/images/998d6715e8/case-001/explicit_04_page_018.png	p. 27, Figure 8	figure

https://arxiv.org/abs/2503.05378

• Ссылка на статью: https://arxiv.org/abs/2503.05378
• Название: A Survey on Web Testing: On the Rise of AI and Applications in Industry
• Идентификаторы: arXiv:2503.05378
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:998d6715e8:case-010	CASE-010	assets/images/998d6715e8/case-010/explicit_01_page_003.png	p.38, Fig.3	figure_or_table
task3:998d6715e8:case-010	CASE-010	assets/images/998d6715e8/case-010/explicit_02_page_003.png	p.38, Fig.3	figure_or_table
task3:998d6715e8:case-010	CASE-010	assets/images/998d6715e8/case-010/explicit_03_page_003.png	p.38, Fig.3	figure_or_table
task3:998d6715e8:case-010	CASE-010	assets/images/998d6715e8/case-010/explicit_04_page_003.png	p.38, Fig.3	figure_or_table

https://arxiv.org/abs/2504.11675

• Ссылка на статью: https://arxiv.org/abs/2504.11675
• Название: VLM-Fuzz: Vision Language Model Assisted Recursive Depth-first Search Exploration for Effective UI Testing of Android Apps
• Идентификаторы: arXiv:2504.11675
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:998d6715e8:case-005	CASE-005	assets/images/998d6715e8/case-005/explicit_01_page_009.png	p.18, Fig. 9	mixed
task3:998d6715e8:case-005	CASE-005	assets/images/998d6715e8/case-005/explicit_02_page_009.png	p.18, Fig. 9	mixed
task3:998d6715e8:case-005	CASE-005	assets/images/998d6715e8/case-005/explicit_03_page_019.png	p.18, Fig. 9	mixed
task3:998d6715e8:case-005	CASE-005	assets/images/998d6715e8/case-005/explicit_04_page_019.png	p.18, Fig. 9	mixed

https://arxiv.org/abs/2504.13865

• Ссылка на статью: https://arxiv.org/abs/2504.13865
• Название: A Survey on (M)LLM-Based GUI Agents
• Идентификаторы: arXiv:2504.13865
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:998d6715e8:case-008	CASE-008	assets/images/998d6715e8/case-008/explicit_01_page_017.png	p. 17, Table 1	table
task3:998d6715e8:case-008	CASE-008	assets/images/998d6715e8/case-008/explicit_02_page_017.png	p. 17, Table 1	table
task3:998d6715e8:case-008	CASE-008	assets/images/998d6715e8/case-008/explicit_03_page_001.png	p. 17, Table 1	table
task3:998d6715e8:case-008	CASE-008	assets/images/998d6715e8/case-008/explicit_04_page_001.png	p. 17, Table 1	table

https://arxiv.org/abs/2504.16680

• Ссылка на статью: https://arxiv.org/abs/2504.16680
• Название: Robotic World Model with Uncertainty-aware Model-Based Reinforcement Learning (RWM-U)
• Идентификаторы: arXiv:2504.16680
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:6efae140d8:case-011	CASE-011	assets/images/6efae140d8/case-011/explicit_01_page_000.png	Введение и метод (text-dominant изложение)	page
task3:6efae140d8:case-011	CASE-011	assets/images/6efae140d8/case-011/explicit_02_page_000.png	Введение и метод (text-dominant изложение)	page
task3:6efae140d8:case-011	CASE-011	assets/images/6efae140d8/case-011/explicit_03_page_000.png	Введение и метод (text-dominant изложение)	page
task3:6efae140d8:case-011	CASE-011	assets/images/6efae140d8/case-011/explicit_04_page_000.png	Введение и метод (text-dominant изложение)	page

https://arxiv.org/abs/2505.15952

• Ссылка на статью: https://arxiv.org/abs/2505.15952
• Название: VideoGameQA-Bench: Evaluating Vision-Language Models for Video Game Quality Assurance
• Идентификаторы: arXiv:2505.15952
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:998d6715e8:case-007	CASE-007	assets/images/998d6715e8/case-007/explicit_01_page_002.png	p.5, Table 2	table
task3:998d6715e8:case-007	CASE-007	assets/images/998d6715e8/case-007/explicit_02_page_002.png	p.5, Table 2	table
task3:998d6715e8:case-007	CASE-007	assets/images/998d6715e8/case-007/explicit_03_page_002.png	p.5, Table 2	table
task3:998d6715e8:case-007	CASE-007	assets/images/998d6715e8/case-007/explicit_04_page_002.png	p.5, Table 2	table

https://arxiv.org/abs/2506.01182

• Ссылка на статью: https://arxiv.org/abs/2506.01182
• Название: Humanoid World Models (HWM): Egocentric Humanoid Video Forecasting
• Идентификаторы: arXiv:2506.01182
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:6efae140d8:case-012	CASE-012	assets/images/6efae140d8/case-012/explicit_01_page_000.png	Abstract + section с описанием датасета egocentric humanoid video	page
task3:6efae140d8:case-012	CASE-012	assets/images/6efae140d8/case-012/explicit_02_page_000.png	Abstract + section с описанием датасета egocentric humanoid video	page
task3:6efae140d8:case-012	CASE-012	assets/images/6efae140d8/case-012/explicit_03_page_000.png	Abstract + section с описанием датасета egocentric humanoid video	page
task3:6efae140d8:case-012	CASE-012	assets/images/6efae140d8/case-012/explicit_04_page_000.png	Abstract + section с описанием датасета egocentric humanoid video	page

https://arxiv.org/abs/2506.05079

• Ссылка на статью: https://arxiv.org/abs/2506.05079
• Название: LLM-Guided Scenario-based GUI Testing
• Идентификаторы: arXiv:2506.05079
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:998d6715e8:case-011	CASE-011	assets/images/998d6715e8/case-011/explicit_01_page_000.png	p. 24, Section 5 "Threats to Validity"	page
task3:998d6715e8:case-011	CASE-011	assets/images/998d6715e8/case-011/explicit_02_page_000.png	p. 24, Section 5 "Threats to Validity"	page
task3:998d6715e8:case-011	CASE-011	assets/images/998d6715e8/case-011/explicit_03_page_000.png	p. 24, Section 5 "Threats to Validity"	page
task3:998d6715e8:case-011	CASE-011	assets/images/998d6715e8/case-011/explicit_04_page_000.png	p. 24, Section 5 "Threats to Validity"	page

https://arxiv.org/abs/2506.15633

• Ссылка на статью: https://arxiv.org/abs/2506.15633
• Название: Fast, continuous and coherent atom replacement in a neutral atom qubit array
• Идентификаторы: arXiv:2506.15633
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:d0c71bbc62:case-011	CASE-011	assets/images/d0c71bbc62/case-011/explicit_01_page_010.png	p.14, Fig.10	figure
task3:d0c71bbc62:case-011	CASE-011	assets/images/d0c71bbc62/case-011/explicit_02_page_010.png	p.14, Fig.10	figure
task3:d0c71bbc62:case-011	CASE-011	assets/images/d0c71bbc62/case-011/explicit_03_page_014.png	p.14, Fig.10	figure
task3:d0c71bbc62:case-011	CASE-011	assets/images/d0c71bbc62/case-011/explicit_04_page_014.png	p.14, Fig.10	figure

https://arxiv.org/abs/2508.17600

• Ссылка на статью: https://arxiv.org/abs/2508.17600
• Название: GWM: Gaussian World Models for Robotic Manipulation
• Идентификаторы: arXiv:2508.17600
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:6efae140d8:case-006	CASE-006	assets/images/6efae140d8/case-006/explicit_01_page_003.png	Fig.3 (3D Gaussian Splatting reconstruction + predicted future state)	figure
task3:6efae140d8:case-006	CASE-006	assets/images/6efae140d8/case-006/explicit_02_page_003.png	Fig.3 (3D Gaussian Splatting reconstruction + predicted future state)	figure
task3:6efae140d8:case-006	CASE-006	assets/images/6efae140d8/case-006/explicit_03_page_003.png	Fig.3 (3D Gaussian Splatting reconstruction + predicted future state)	figure
task3:6efae140d8:case-006	CASE-006	assets/images/6efae140d8/case-006/explicit_04_page_003.png	Fig.3 (3D Gaussian Splatting reconstruction + predicted future state)	figure

https://arxiv.org/abs/2509.21797

• Ссылка на статью: https://arxiv.org/abs/2509.21797
• Название: MoWM: Mixture-of-World-Models for Embodied Planning
• Идентификаторы: arXiv:2509.21797
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:6efae140d8:case-005	CASE-005	assets/images/6efae140d8/case-005/explicit_01_page_012.png	Fig.2 (pixel-space diffusion WM + latent WM fusion), Table 1 (planning benchmarks)	figure_or_table
task3:6efae140d8:case-005	CASE-005	assets/images/6efae140d8/case-005/explicit_02_page_012.png	Fig.2 (pixel-space diffusion WM + latent WM fusion), Table 1 (planning benchmarks)	figure_or_table
task3:6efae140d8:case-005	CASE-005	assets/images/6efae140d8/case-005/explicit_03_page_001.png	Fig.2 (pixel-space diffusion WM + latent WM fusion), Table 1 (planning benchmarks)	figure_or_table
task3:6efae140d8:case-005	CASE-005	assets/images/6efae140d8/case-005/explicit_04_page_001.png	Fig.2 (pixel-space diffusion WM + latent WM fusion), Table 1 (planning benchmarks)	figure_or_table

https://arxiv.org/abs/2509.23166

• Ссылка на статью: https://arxiv.org/abs/2509.23166
• Название: Test-Time Policy Adaptation for Enhanced Multi-Turn Interactions with LLMs
• Идентификаторы: arXiv:2509.23166
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:998d6715e8:case-009	CASE-009	assets/images/998d6715e8/case-009/explicit_01_page_006.png	p. 28, Figure 6	figure
task3:998d6715e8:case-009	CASE-009	assets/images/998d6715e8/case-009/explicit_02_page_006.png	p. 28, Figure 6	figure
task3:998d6715e8:case-009	CASE-009	assets/images/998d6715e8/case-009/explicit_03_page_016.png	p. 28, Figure 6	figure
task3:998d6715e8:case-009	CASE-009	assets/images/998d6715e8/case-009/explicit_04_page_016.png	p. 28, Figure 6	figure

https://arxiv.org/abs/2512.15543

• Ссылка на статью: https://arxiv.org/abs/2512.15543
• Название: Nine Years of Pediatric Iris Recognition: Evidence for Biometric Permanence
• Идентификаторы: arXiv:2512.15543
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:cherbaev__iris_retina_modern_ab:case-008	CASE-008	assets/images/cherbaev__iris_retina_modern_ab/case-008/explicit_01_page_000.png	Figure с динамикой match scores по годам у одних и тех же 230 детей (4–17 лет), 9-летний интервал	figure
task3:cherbaev__iris_retina_modern_ab:case-008	CASE-008	assets/images/cherbaev__iris_retina_modern_ab/case-008/explicit_02_page_000.png	Figure с динамикой match scores по годам у одних и тех же 230 детей (4–17 лет), 9-летний интервал	figure
task3:cherbaev__iris_retina_modern_ab:case-008	CASE-008	assets/images/cherbaev__iris_retina_modern_ab/case-008/explicit_03_page_000.png	Figure с динамикой match scores по годам у одних и тех же 230 детей (4–17 лет), 9-летний интервал	figure
task3:cherbaev__iris_retina_modern_ab:case-008	CASE-008	assets/images/cherbaev__iris_retina_modern_ab/case-008/explicit_04_page_000.png	Figure с динамикой match scores по годам у одних и тех же 230 детей (4–17 лет), 9-летний интервал	figure

https://arxiv.org/abs/2601.12815

• Ссылка на статью: https://arxiv.org/abs/2601.12815
• Название: Multimodal Multi-Agent Empowered Legal Judgment Prediction
• Идентификаторы: arXiv:2601.12815
• Использовано изображений/страниц: 8

sample_id	case_id	image	page_hint	evidence_kind
task3:7d0aad0635:case-003	CASE-003	assets/images/7d0aad0635/case-003/explicit_01_page_001.png	p.4, Table 1	table
task3:7d0aad0635:case-003	CASE-003	assets/images/7d0aad0635/case-003/explicit_02_page_001.png	p.4, Table 1	table
task3:7d0aad0635:case-003	CASE-003	assets/images/7d0aad0635/case-003/explicit_03_page_001.png	p.4, Table 1	table
task3:7d0aad0635:case-003	CASE-003	assets/images/7d0aad0635/case-003/explicit_04_page_001.png	p.4, Table 1	table
task3:7d0aad0635:case-005	CASE-005	assets/images/7d0aad0635/case-005/explicit_01_page_002.png	p.4, Table 2	table
task3:7d0aad0635:case-005	CASE-005	assets/images/7d0aad0635/case-005/explicit_02_page_002.png	p.4, Table 2	table
task3:7d0aad0635:case-005	CASE-005	assets/images/7d0aad0635/case-005/explicit_03_page_002.png	p.4, Table 2	table
task3:7d0aad0635:case-005	CASE-005	assets/images/7d0aad0635/case-005/explicit_04_page_002.png	p.4, Table 2	table

https://arxiv.org/abs/2601.18642

• Ссылка на статью: https://arxiv.org/abs/2601.18642
• Название: FadeMem: Biologically-Inspired Forgetting for Efficient Agent Memory
• Идентификаторы: arXiv:2601.18642
• Использовано изображений/страниц: 8

sample_id	case_id	image	page_hint	evidence_kind
task3:7d0aad0635:case-001	CASE-001	assets/images/7d0aad0635/case-001/explicit_01_page_002.png	p.4, Fig.2	figure
task3:7d0aad0635:case-001	CASE-001	assets/images/7d0aad0635/case-001/explicit_02_page_002.png	p.4, Fig.2	figure
task3:7d0aad0635:case-001	CASE-001	assets/images/7d0aad0635/case-001/explicit_03_page_002.png	p.4, Fig.2	figure
task3:7d0aad0635:case-001	CASE-001	assets/images/7d0aad0635/case-001/explicit_04_page_002.png	p.4, Fig.2	figure
task3:7d0aad0635:case-002	CASE-002	assets/images/7d0aad0635/case-002/explicit_01_page_001.png	p.4, Table 1	table
task3:7d0aad0635:case-002	CASE-002	assets/images/7d0aad0635/case-002/explicit_02_page_001.png	p.4, Table 1	table
task3:7d0aad0635:case-002	CASE-002	assets/images/7d0aad0635/case-002/explicit_03_page_001.png	p.4, Table 1	table
task3:7d0aad0635:case-002	CASE-002	assets/images/7d0aad0635/case-002/explicit_04_page_001.png	p.4, Table 1	table

https://arxiv.org/abs/2602.15922

• Ссылка на статью: https://arxiv.org/abs/2602.15922
• Название: World Action Models are Zero-shot Policies (DreamZero)
• Идентификаторы: arXiv:2602.15922
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:6efae140d8:case-001	CASE-001	assets/images/6efae140d8/case-001/explicit_01_page_013.png	Fig.1 (system overview), Fig.3 (joint future-frame + action trajectories)	figure
task3:6efae140d8:case-001	CASE-001	assets/images/6efae140d8/case-001/explicit_02_page_013.png	Fig.1 (system overview), Fig.3 (joint future-frame + action trajectories)	figure
task3:6efae140d8:case-001	CASE-001	assets/images/6efae140d8/case-001/explicit_03_page_001.png	Fig.1 (system overview), Fig.3 (joint future-frame + action trajectories)	figure
task3:6efae140d8:case-001	CASE-001	assets/images/6efae140d8/case-001/explicit_04_page_001.png	Fig.1 (system overview), Fig.3 (joint future-frame + action trajectories)	figure

https://arxiv.org/abs/2603.11531

• Ссылка на статью: https://arxiv.org/abs/2603.11531
• Название: MOBILE-GS: REAL-TIME GAUSSIAN SPLATTING FOR MOBILE DEVICES
• Идентификаторы: arxiv:2603.11531
• Использовано изображений/страниц: 12

sample_id	case_id	image	page_hint	evidence_kind
task3:df07798d94:case-005	CASE-005	assets/images/df07798d94/case-005/explicit_01_page_002.png	Figure 2	figure
task3:df07798d94:case-005	CASE-005	assets/images/df07798d94/case-005/explicit_02_page_002.png	Figure 2	figure
task3:df07798d94:case-005	CASE-005	assets/images/df07798d94/case-005/explicit_03_page_002.png	Figure 2	figure
task3:df07798d94:case-005	CASE-005	assets/images/df07798d94/case-005/explicit_04_page_002.png	Figure 2	figure
task3:df07798d94:case-006	CASE-006	assets/images/df07798d94/case-006/explicit_01_page_009.png	Figure 9	formula
task3:df07798d94:case-006	CASE-006	assets/images/df07798d94/case-006/explicit_02_page_009.png	Figure 9	formula
task3:df07798d94:case-006	CASE-006	assets/images/df07798d94/case-006/explicit_03_page_019.png	Figure 9	formula
task3:df07798d94:case-006	CASE-006	assets/images/df07798d94/case-006/explicit_04_page_019.png	Figure 9	formula
task3:df07798d94:case-007	CASE-007	assets/images/df07798d94/case-007/explicit_01_page_000.png	formula 3	formula
task3:df07798d94:case-007	CASE-007	assets/images/df07798d94/case-007/explicit_02_page_000.png	formula 3	formula
task3:df07798d94:case-007	CASE-007	assets/images/df07798d94/case-007/explicit_03_page_000.png	formula 3	formula
task3:df07798d94:case-007	CASE-007	assets/images/df07798d94/case-007/explicit_04_page_000.png	formula 3	formula

https://arxiv.org/abs/2603.14515

• Ссылка на статью: https://arxiv.org/abs/2603.14515
• Название: Excited Pfaffians: Generalized Neural Wave Functions Across Structure and State
• Идентификаторы: arXiv:2603.14515
• Использовано изображений/страниц: 16

sample_id	case_id	image	page_hint	evidence_kind
task3:0987c43afc:case-006	CASE-006	assets/images/0987c43afc/case-006/explicit_01_page_001.png	p.1, Fig.1	figure
task3:0987c43afc:case-006	CASE-006	assets/images/0987c43afc/case-006/explicit_02_page_001.png	p.1, Fig.1	figure
task3:0987c43afc:case-006	CASE-006	assets/images/0987c43afc/case-006/explicit_03_page_001.png	p.1, Fig.1	figure
task3:0987c43afc:case-006	CASE-006	assets/images/0987c43afc/case-006/explicit_04_page_001.png	p.1, Fig.1	figure
task3:0987c43afc:case-007	CASE-007	assets/images/0987c43afc/case-007/explicit_01_page_003.png	p.5, Fig.3	figure
task3:0987c43afc:case-007	CASE-007	assets/images/0987c43afc/case-007/explicit_02_page_003.png	p.5, Fig.3	figure
task3:0987c43afc:case-007	CASE-007	assets/images/0987c43afc/case-007/explicit_03_page_003.png	p.5, Fig.3	figure
task3:0987c43afc:case-007	CASE-007	assets/images/0987c43afc/case-007/explicit_04_page_003.png	p.5, Fig.3	figure
task3:0987c43afc:case-008	CASE-008	assets/images/0987c43afc/case-008/explicit_01_page_004.png	p.6, Fig.4	figure
task3:0987c43afc:case-008	CASE-008	assets/images/0987c43afc/case-008/explicit_02_page_004.png	p.6, Fig.4	figure
task3:0987c43afc:case-008	CASE-008	assets/images/0987c43afc/case-008/explicit_03_page_004.png	p.6, Fig.4	figure
task3:0987c43afc:case-008	CASE-008	assets/images/0987c43afc/case-008/explicit_04_page_004.png	p.6, Fig.4	figure
task3:0987c43afc:case-009	CASE-009	assets/images/0987c43afc/case-009/explicit_01_page_005.png	p.7, Fig.5	figure
task3:0987c43afc:case-009	CASE-009	assets/images/0987c43afc/case-009/explicit_02_page_005.png	p.7, Fig.5	figure
task3:0987c43afc:case-009	CASE-009	assets/images/0987c43afc/case-009/explicit_03_page_005.png	p.7, Fig.5	figure
task3:0987c43afc:case-009	CASE-009	assets/images/0987c43afc/case-009/explicit_04_page_005.png	p.7, Fig.5	figure

https://arxiv.org/abs/2603.15669

• Ссылка на статью: https://arxiv.org/abs/2603.15669
• Название: V2Rho‑FNO: Fourier Neural Operator for Electronic Density Prediction
• Идентификаторы: arXiv:2603.15669
• Использовано изображений/страниц: 12

sample_id	case_id	image	page_hint	evidence_kind
task3:0987c43afc:case-015	CASE-015	assets/images/0987c43afc/case-015/explicit_01_page_007.png	p. 7–9, 2.1 (a, b, c)	page
task3:0987c43afc:case-015	CASE-015	assets/images/0987c43afc/case-015/explicit_02_page_007.png	p. 7–9, 2.1 (a, b, c)	page
task3:0987c43afc:case-015	CASE-015	assets/images/0987c43afc/case-015/explicit_03_page_008.png	p. 7–9, 2.1 (a, b, c)	page
task3:0987c43afc:case-015	CASE-015	assets/images/0987c43afc/case-015/explicit_04_page_008.png	p. 7–9, 2.1 (a, b, c)	page
task3:0987c43afc:case-016	CASE-016	assets/images/0987c43afc/case-016/explicit_01_page_003.png	p. 10, Fig. 3	figure
task3:0987c43afc:case-016	CASE-016	assets/images/0987c43afc/case-016/explicit_02_page_003.png	p. 10, Fig. 3	figure
task3:0987c43afc:case-016	CASE-016	assets/images/0987c43afc/case-016/explicit_03_page_003.png	p. 10, Fig. 3	figure
task3:0987c43afc:case-016	CASE-016	assets/images/0987c43afc/case-016/explicit_04_page_003.png	p. 10, Fig. 3	figure
task3:0987c43afc:case-017	CASE-017	assets/images/0987c43afc/case-017/explicit_01_page_012.png	p. 12, 3.1, Eq 1	page
task3:0987c43afc:case-017	CASE-017	assets/images/0987c43afc/case-017/explicit_02_page_012.png	p. 12, 3.1, Eq 1	page
task3:0987c43afc:case-017	CASE-017	assets/images/0987c43afc/case-017/explicit_03_page_000.png	p. 12, 3.1, Eq 1	page
task3:0987c43afc:case-017	CASE-017	assets/images/0987c43afc/case-017/explicit_04_page_000.png	p. 12, 3.1, Eq 1	page

https://arxiv.org/abs/2603.19312

• Ссылка на статью: https://arxiv.org/abs/2603.19312
• Название: LeWorldModel (LeWM): JEPA-style Latent World Model from Pixels
• Идентификаторы: arXiv:2603.19312
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:6efae140d8:case-007	CASE-007	assets/images/6efae140d8/case-007/explicit_01_page_012.png	Fig.1 (two-term JEPA objective), Table 2 (planning speed vs. foundation-model WMs)	figure_or_table
task3:6efae140d8:case-007	CASE-007	assets/images/6efae140d8/case-007/explicit_02_page_012.png	Fig.1 (two-term JEPA objective), Table 2 (planning speed vs. foundation-model WMs)	figure_or_table
task3:6efae140d8:case-007	CASE-007	assets/images/6efae140d8/case-007/explicit_03_page_001.png	Fig.1 (two-term JEPA objective), Table 2 (planning speed vs. foundation-model WMs)	figure_or_table
task3:6efae140d8:case-007	CASE-007	assets/images/6efae140d8/case-007/explicit_04_page_001.png	Fig.1 (two-term JEPA objective), Table 2 (planning speed vs. foundation-model WMs)	figure_or_table

https://arxiv.org/abs/2603.27498

• Ссылка на статью: https://arxiv.org/abs/2603.27498
• Название: High performance imaging of 171Yb atom in shallow clock-magic tweezer by alternating dual-tone narrowline cooling
• Идентификаторы: arXiv:2603.27498
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:d0c71bbc62:case-009	CASE-009	assets/images/d0c71bbc62/case-009/explicit_01_page_007.png	p.8, Fig.7	figure
task3:d0c71bbc62:case-009	CASE-009	assets/images/d0c71bbc62/case-009/explicit_02_page_007.png	p.8, Fig.7	figure
task3:d0c71bbc62:case-009	CASE-009	assets/images/d0c71bbc62/case-009/explicit_03_page_017.png	p.8, Fig.7	figure
task3:d0c71bbc62:case-009	CASE-009	assets/images/d0c71bbc62/case-009/explicit_04_page_017.png	p.8, Fig.7	figure

https://arxiv.org/abs/2604.23221

• Ссылка на статью: https://arxiv.org/abs/2604.23221
• Название: Enhanced Atom Capture via Multi-Frequency Magneto-Optical Trapping
• Идентификаторы: arXiv:2604.23221
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:d0c71bbc62:case-012	CASE-012	assets/images/d0c71bbc62/case-012/explicit_01_page_007.png	p.8, Fig.7	figure
task3:d0c71bbc62:case-012	CASE-012	assets/images/d0c71bbc62/case-012/explicit_02_page_007.png	p.8, Fig.7	figure
task3:d0c71bbc62:case-012	CASE-012	assets/images/d0c71bbc62/case-012/explicit_03_page_017.png	p.8, Fig.7	figure
task3:d0c71bbc62:case-012	CASE-012	assets/images/d0c71bbc62/case-012/explicit_04_page_017.png	p.8, Fig.7	figure

https://arxiv.org/abs/2605.04055

• Ссылка на статью: https://arxiv.org/abs/2605.04055
• Название: A Self-Attentive Meta-Optimizer with Group-Adaptive Learning Rates and Weight Decay
• Идентификаторы: arxiv:2605.04055
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:vasin_artem_aleksandrovich__0cf7f9ceca:case-004	CASE-004	assets/images/vasin_artem_aleksandrovich__0cf7f9ceca/case-004/explicit_01_page_002.png	fig. 2, 3, Tab. 3, 4	figure_or_table
task3:vasin_artem_aleksandrovich__0cf7f9ceca:case-004	CASE-004	assets/images/vasin_artem_aleksandrovich__0cf7f9ceca/case-004/explicit_02_page_002.png	fig. 2, 3, Tab. 3, 4	figure_or_table
task3:vasin_artem_aleksandrovich__0cf7f9ceca:case-004	CASE-004	assets/images/vasin_artem_aleksandrovich__0cf7f9ceca/case-004/explicit_03_page_002.png	fig. 2, 3, Tab. 3, 4	figure_or_table
task3:vasin_artem_aleksandrovich__0cf7f9ceca:case-004	CASE-004	assets/images/vasin_artem_aleksandrovich__0cf7f9ceca/case-004/explicit_04_page_002.png	fig. 2, 3, Tab. 3, 4	figure_or_table

https://arxiv.org/abs/2605.10924

• Ссылка на статью: https://arxiv.org/abs/2605.10924
• Название: Multi-Qubit Stabilizer Readout on a Dual-Species Rydberg Array
• Идентификаторы: arXiv:2605.10924
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:d0c71bbc62:case-001	CASE-001	assets/images/d0c71bbc62/case-001/explicit_01_page_003.png	p.5, Fig.3	figure
task3:d0c71bbc62:case-001	CASE-001	assets/images/d0c71bbc62/case-001/explicit_02_page_003.png	p.5, Fig.3	figure
task3:d0c71bbc62:case-001	CASE-001	assets/images/d0c71bbc62/case-001/explicit_03_page_003.png	p.5, Fig.3	figure
task3:d0c71bbc62:case-001	CASE-001	assets/images/d0c71bbc62/case-001/explicit_04_page_003.png	p.5, Fig.3	figure

https://doi.org/10.1002/adem.202201124

• Ссылка на статью: https://doi.org/10.1002/adem.202201124
• Название: Impact of Ferroelectric Layer Thickness on Reliability of Back-End-of-Line-Compatible Hafnium Zirconium Oxide Films
• Идентификаторы: 10.1002/adem.202201124
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:5c4536453d:case-006	CASE-006	assets/images/5c4536453d/case-006/explicit_01_page_002.png	Fig.2	figure
task3:5c4536453d:case-006	CASE-006	assets/images/5c4536453d/case-006/explicit_02_page_002.png	Fig.2	figure
task3:5c4536453d:case-006	CASE-006	assets/images/5c4536453d/case-006/explicit_03_page_002.png	Fig.2	figure
task3:5c4536453d:case-006	CASE-006	assets/images/5c4536453d/case-006/explicit_04_page_002.png	Fig.2	figure

https://doi.org/10.1007/978-3-319-19225-3_22

• Ссылка на статью: https://doi.org/10.1007/978-3-319-19225-3_22
• Название: Regular Realizability Problems and Context-Free Languages
• Идентификаторы: doi: 10.1007/978-3-319-19225-3_22
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:168bdb55d7:case-006	CASE-006	assets/images/168bdb55d7/case-006/explicit_01_page_000.png		mixed
task3:168bdb55d7:case-006	CASE-006	assets/images/168bdb55d7/case-006/explicit_02_page_000.png		mixed
task3:168bdb55d7:case-006	CASE-006	assets/images/168bdb55d7/case-006/explicit_03_page_000.png		mixed
task3:168bdb55d7:case-006	CASE-006	assets/images/168bdb55d7/case-006/explicit_04_page_000.png		mixed

https://doi.org/10.1007/s10894-019-00213-9

• Ссылка на статью: https://doi.org/10.1007/s10894-019-00213-9
• Название: Advanced Neutron Spectroscopy in Fusion Research
• Идентификаторы: 10.1007/s10894-019-00213-9
• Использовано изображений/страниц: 8

sample_id	case_id	image	page_hint	evidence_kind
task3:168bdb55d7:case-001	CASE-001	assets/images/168bdb55d7/case-001/explicit_01_page_002.png	Fig.2	figure_or_table
task3:168bdb55d7:case-001	CASE-001	assets/images/168bdb55d7/case-001/explicit_02_page_002.png	Fig.2	figure_or_table
task3:168bdb55d7:case-001	CASE-001	assets/images/168bdb55d7/case-001/explicit_03_page_002.png	Fig.2	figure_or_table
task3:168bdb55d7:case-001	CASE-001	assets/images/168bdb55d7/case-001/explicit_04_page_002.png	Fig.2	figure_or_table
task3:168bdb55d7:case-011	CASE-011	assets/images/168bdb55d7/case-011/explicit_01_page_003.png	Fig.3	figure_or_table
task3:168bdb55d7:case-011	CASE-011	assets/images/168bdb55d7/case-011/explicit_02_page_003.png	Fig.3	figure_or_table
task3:168bdb55d7:case-011	CASE-011	assets/images/168bdb55d7/case-011/explicit_03_page_003.png	Fig.3	figure_or_table
task3:168bdb55d7:case-011	CASE-011	assets/images/168bdb55d7/case-011/explicit_04_page_003.png	Fig.3	figure_or_table

https://doi.org/10.1007/s12012-025-09987-1

• Ссылка на статью: https://doi.org/10.1007/s12012-025-09987-1
• Название: Advanced Cardiovascular Toxicity Screening: Integrating Human iPSC-Derived Cardiomyocytes with 2D In Silico Models
• Идентификаторы: 10.1007/s12012-025-09987-1, doi:10.1007/s12012-025-09987-1
• Использовано изображений/страниц: 12

sample_id	case_id	image	page_hint	evidence_kind
task3:c5c57bba7e:case-010	CASE-010	assets/images/c5c57bba7e/case-010/explicit_01_page_000.png	Graphical Abstract	figure
task3:c5c57bba7e:case-010	CASE-010	assets/images/c5c57bba7e/case-010/explicit_02_page_000.png	Graphical Abstract	figure
task3:c5c57bba7e:case-010	CASE-010	assets/images/c5c57bba7e/case-010/explicit_03_page_000.png	Graphical Abstract	figure
task3:c5c57bba7e:case-010	CASE-010	assets/images/c5c57bba7e/case-010/explicit_04_page_000.png	Graphical Abstract	figure
task3:semidetnov-ivan__cardiac-electrophysiology-doi-set__20260427:case-007	CASE-007	assets/images/semidetnov-ivan__cardiac-electrophysiology-doi-set__20260427/case-007/explicit_01_page_000.png	Workflow figures/tables linking hiPSC-CM readouts, 2D in silico model outputs and toxicity endpoints	mixed
task3:semidetnov-ivan__cardiac-electrophysiology-doi-set__20260427:case-007	CASE-007	assets/images/semidetnov-ivan__cardiac-electrophysiology-doi-set__20260427/case-007/explicit_02_page_000.png	Workflow figures/tables linking hiPSC-CM readouts, 2D in silico model outputs and toxicity endpoints	mixed
task3:semidetnov-ivan__cardiac-electrophysiology-doi-set__20260427:case-007	CASE-007	assets/images/semidetnov-ivan__cardiac-electrophysiology-doi-set__20260427/case-007/explicit_03_page_000.png	Workflow figures/tables linking hiPSC-CM readouts, 2D in silico model outputs and toxicity endpoints	mixed
task3:semidetnov-ivan__cardiac-electrophysiology-doi-set__20260427:case-007	CASE-007	assets/images/semidetnov-ivan__cardiac-electrophysiology-doi-set__20260427/case-007/explicit_04_page_000.png	Workflow figures/tables linking hiPSC-CM readouts, 2D in silico model outputs and toxicity endpoints	mixed
task3:semidetnov-ivan__cardiac-electrophysiology-doi-set__20260427:case-010	CASE-010	assets/images/semidetnov-ivan__cardiac-electrophysiology-doi-set__20260427/case-010/explicit_01_page_000.png	Drug exposure / screening workflow / model-output sequence across experimental and in silico layers	mixed
task3:semidetnov-ivan__cardiac-electrophysiology-doi-set__20260427:case-010	CASE-010	assets/images/semidetnov-ivan__cardiac-electrophysiology-doi-set__20260427/case-010/explicit_02_page_000.png	Drug exposure / screening workflow / model-output sequence across experimental and in silico layers	mixed
task3:semidetnov-ivan__cardiac-electrophysiology-doi-set__20260427:case-010	CASE-010	assets/images/semidetnov-ivan__cardiac-electrophysiology-doi-set__20260427/case-010/explicit_03_page_000.png	Drug exposure / screening workflow / model-output sequence across experimental and in silico layers	mixed
task3:semidetnov-ivan__cardiac-electrophysiology-doi-set__20260427:case-010	CASE-010	assets/images/semidetnov-ivan__cardiac-electrophysiology-doi-set__20260427/case-010/explicit_04_page_000.png	Drug exposure / screening workflow / model-output sequence across experimental and in silico layers	mixed

https://doi.org/10.1007/s42001-026-00465-4

• Ссылка на статью: https://doi.org/10.1007/s42001-026-00465-4
• Название: "AI Agents Simulate Behavioral Biases in Financial Markets
• Идентификаторы: 10.1007/s42001-026-00465-4
• Использовано изображений/страниц: 48

sample_id	case_id	image	page_hint	evidence_kind
task3:8ec4fdad1a:case-001	CASE-001	assets/images/8ec4fdad1a/case-001/explicit_01_page_004.png	Fig.4	figure_or_table
task3:8ec4fdad1a:case-001	CASE-001	assets/images/8ec4fdad1a/case-001/explicit_02_page_004.png	Fig.4	figure_or_table
task3:8ec4fdad1a:case-001	CASE-001	assets/images/8ec4fdad1a/case-001/explicit_03_page_004.png	Fig.4	figure_or_table
task3:8ec4fdad1a:case-001	CASE-001	assets/images/8ec4fdad1a/case-001/explicit_04_page_004.png	Fig.4	figure_or_table
task3:8ec4fdad1a:case-002	CASE-002	assets/images/8ec4fdad1a/case-002/explicit_01_page_005.png	Fig.5	figure_or_table
task3:8ec4fdad1a:case-002	CASE-002	assets/images/8ec4fdad1a/case-002/explicit_02_page_005.png	Fig.5	figure_or_table
task3:8ec4fdad1a:case-002	CASE-002	assets/images/8ec4fdad1a/case-002/explicit_03_page_005.png	Fig.5	figure_or_table
task3:8ec4fdad1a:case-002	CASE-002	assets/images/8ec4fdad1a/case-002/explicit_04_page_005.png	Fig.5	figure_or_table
task3:8ec4fdad1a:case-003	CASE-003	assets/images/8ec4fdad1a/case-003/explicit_01_page_008.png	p.8	page
task3:8ec4fdad1a:case-003	CASE-003	assets/images/8ec4fdad1a/case-003/explicit_02_page_008.png	p.8	page
task3:8ec4fdad1a:case-003	CASE-003	assets/images/8ec4fdad1a/case-003/explicit_03_page_000.png	p.8	page
task3:8ec4fdad1a:case-003	CASE-003	assets/images/8ec4fdad1a/case-003/explicit_04_page_000.png	p.8	page
task3:8ec4fdad1a:case-004	CASE-004	assets/images/8ec4fdad1a/case-004/explicit_01_page_001.png	Table 1	table
task3:8ec4fdad1a:case-004	CASE-004	assets/images/8ec4fdad1a/case-004/explicit_02_page_001.png	Table 1	table
task3:8ec4fdad1a:case-004	CASE-004	assets/images/8ec4fdad1a/case-004/explicit_03_page_001.png	Table 1	table
task3:8ec4fdad1a:case-004	CASE-004	assets/images/8ec4fdad1a/case-004/explicit_04_page_001.png	Table 1	table
task3:8ec4fdad1a:case-005	CASE-005	assets/images/8ec4fdad1a/case-005/explicit_01_page_006.png	Fig.6	figure
task3:8ec4fdad1a:case-005	CASE-005	assets/images/8ec4fdad1a/case-005/explicit_02_page_006.png	Fig.6	figure
task3:8ec4fdad1a:case-005	CASE-005	assets/images/8ec4fdad1a/case-005/explicit_03_page_016.png	Fig.6	figure
task3:8ec4fdad1a:case-005	CASE-005	assets/images/8ec4fdad1a/case-005/explicit_04_page_016.png	Fig.6	figure
task3:8ec4fdad1a:case-006	CASE-006	assets/images/8ec4fdad1a/case-006/explicit_01_page_003.png	Fig.3	figure_or_table
task3:8ec4fdad1a:case-006	CASE-006	assets/images/8ec4fdad1a/case-006/explicit_02_page_003.png	Fig.3	figure_or_table
task3:8ec4fdad1a:case-006	CASE-006	assets/images/8ec4fdad1a/case-006/explicit_03_page_003.png	Fig.3	figure_or_table
task3:8ec4fdad1a:case-006	CASE-006	assets/images/8ec4fdad1a/case-006/explicit_04_page_003.png	Fig.3	figure_or_table
task3:8ec4fdad1a:case-007	CASE-007	assets/images/8ec4fdad1a/case-007/explicit_01_page_002.png	Table 2	table
task3:8ec4fdad1a:case-007	CASE-007	assets/images/8ec4fdad1a/case-007/explicit_02_page_002.png	Table 2	table
task3:8ec4fdad1a:case-007	CASE-007	assets/images/8ec4fdad1a/case-007/explicit_03_page_002.png	Table 2	table
task3:8ec4fdad1a:case-007	CASE-007	assets/images/8ec4fdad1a/case-007/explicit_04_page_002.png	Table 2	table
task3:8ec4fdad1a:case-008	CASE-008	assets/images/8ec4fdad1a/case-008/explicit_01_page_002.png	Fig.2	figure
task3:8ec4fdad1a:case-008	CASE-008	assets/images/8ec4fdad1a/case-008/explicit_02_page_002.png	Fig.2	figure
task3:8ec4fdad1a:case-008	CASE-008	assets/images/8ec4fdad1a/case-008/explicit_03_page_002.png	Fig.2	figure
task3:8ec4fdad1a:case-008	CASE-008	assets/images/8ec4fdad1a/case-008/explicit_04_page_002.png	Fig.2	figure
task3:8ec4fdad1a:case-009	CASE-009	assets/images/8ec4fdad1a/case-009/explicit_01_page_006.png	Fig.6	figure
task3:8ec4fdad1a:case-009	CASE-009	assets/images/8ec4fdad1a/case-009/explicit_02_page_006.png	Fig.6	figure
task3:8ec4fdad1a:case-009	CASE-009	assets/images/8ec4fdad1a/case-009/explicit_03_page_016.png	Fig.6	figure
task3:8ec4fdad1a:case-009	CASE-009	assets/images/8ec4fdad1a/case-009/explicit_04_page_016.png	Fig.6	figure
task3:8ec4fdad1a:case-010	CASE-010	assets/images/8ec4fdad1a/case-010/explicit_01_page_003.png	Table 3	table
task3:8ec4fdad1a:case-010	CASE-010	assets/images/8ec4fdad1a/case-010/explicit_02_page_003.png	Table 3	table
task3:8ec4fdad1a:case-010	CASE-010	assets/images/8ec4fdad1a/case-010/explicit_03_page_003.png	Table 3	table
task3:8ec4fdad1a:case-010	CASE-010	assets/images/8ec4fdad1a/case-010/explicit_04_page_003.png	Table 3	table
task3:8ec4fdad1a:case-011	CASE-011	assets/images/8ec4fdad1a/case-011/explicit_01_page_005.png	p.5	page
task3:8ec4fdad1a:case-011	CASE-011	assets/images/8ec4fdad1a/case-011/explicit_02_page_005.png	p.5	page
task3:8ec4fdad1a:case-011	CASE-011	assets/images/8ec4fdad1a/case-011/explicit_03_page_005.png	p.5	page
task3:8ec4fdad1a:case-011	CASE-011	assets/images/8ec4fdad1a/case-011/explicit_04_page_005.png	p.5	page
task3:8ec4fdad1a:case-012	CASE-012	assets/images/8ec4fdad1a/case-012/explicit_01_page_010.png	p.10	page
task3:8ec4fdad1a:case-012	CASE-012	assets/images/8ec4fdad1a/case-012/explicit_02_page_010.png	p.10	page
task3:8ec4fdad1a:case-012	CASE-012	assets/images/8ec4fdad1a/case-012/explicit_03_page_000.png	p.10	page
task3:8ec4fdad1a:case-012	CASE-012	assets/images/8ec4fdad1a/case-012/explicit_04_page_000.png	p.10	page

https://doi.org/10.1016/j.bbi.2024.07.005

• Ссылка на статью: https://doi.org/10.1016/j.bbi.2024.07.005
• Название: Spinal cord injury disrupts plasma extracellular vesicles cargoes leading to neuroinflammation in the brain and neurological dysfunction in aged male mice
• Идентификаторы: DOI: 10.1016/j.bbi.2024.07.005
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:orlova_daria:case-009	CASE-009	assets/images/orlova_daria/case-009/explicit_01_page_004.png	p.28, Fig. 4	figure_or_table
task3:orlova_daria:case-009	CASE-009	assets/images/orlova_daria/case-009/explicit_02_page_004.png	p.28, Fig. 4	figure_or_table
task3:orlova_daria:case-009	CASE-009	assets/images/orlova_daria/case-009/explicit_03_page_004.png	p.28, Fig. 4	figure_or_table
task3:orlova_daria:case-009	CASE-009	assets/images/orlova_daria/case-009/explicit_04_page_004.png	p.28, Fig. 4	figure_or_table

https://doi.org/10.1016/j.chom.2013.07.007

• Ссылка на статью: https://doi.org/10.1016/j.chom.2013.07.007
• Название: Fusobacterium nucleatum Potentiates Intestinal Tumorigenesis and Modulates the Tumor-Immune Microenvironment
• Идентификаторы: doi:10.1016/j.chom.2013.07.007
• Использовано изображений/страниц: 8

sample_id	case_id	image	page_hint	evidence_kind
task3:dosi_onur_task3:case-009	CASE-009	assets/images/dosi_onur_task3/case-009/explicit_01_page_002.png	p.3, Fig.2	figure
task3:dosi_onur_task3:case-009	CASE-009	assets/images/dosi_onur_task3/case-009/explicit_02_page_002.png	p.3, Fig.2	figure
task3:dosi_onur_task3:case-009	CASE-009	assets/images/dosi_onur_task3/case-009/explicit_03_page_002.png	p.3, Fig.2	figure
task3:dosi_onur_task3:case-009	CASE-009	assets/images/dosi_onur_task3/case-009/explicit_04_page_002.png	p.3, Fig.2	figure
task3:dosi_onur_task3:case-010	CASE-010	assets/images/dosi_onur_task3/case-010/explicit_01_page_002.png	p.3, Fig.2	figure
task3:dosi_onur_task3:case-010	CASE-010	assets/images/dosi_onur_task3/case-010/explicit_02_page_002.png	p.3, Fig.2	figure
task3:dosi_onur_task3:case-010	CASE-010	assets/images/dosi_onur_task3/case-010/explicit_03_page_002.png	p.3, Fig.2	figure
task3:dosi_onur_task3:case-010	CASE-010	assets/images/dosi_onur_task3/case-010/explicit_04_page_002.png	p.3, Fig.2	figure

https://doi.org/10.1016/j.chom.2013.07.012

• Ссылка на статью: https://doi.org/10.1016/j.chom.2013.07.012
• Название: Fusobacterium nucleatum Promotes Colorectal Carcinogenesis by Modulating E-Cadherin/β-Catenin Signaling via its FadA Adhesin
• Идентификаторы: doi:10.1016/j.chom.2013.07.012
• Использовано изображений/страниц: 8

sample_id	case_id	image	page_hint	evidence_kind
task3:dosi_onur_task3:case-007	CASE-007	assets/images/dosi_onur_task3/case-007/explicit_01_page_002.png	p.15, Fig.2	figure
task3:dosi_onur_task3:case-007	CASE-007	assets/images/dosi_onur_task3/case-007/explicit_02_page_002.png	p.15, Fig.2	figure
task3:dosi_onur_task3:case-007	CASE-007	assets/images/dosi_onur_task3/case-007/explicit_03_page_002.png	p.15, Fig.2	figure
task3:dosi_onur_task3:case-007	CASE-007	assets/images/dosi_onur_task3/case-007/explicit_04_page_002.png	p.15, Fig.2	figure
task3:dosi_onur_task3:case-012	CASE-012	assets/images/dosi_onur_task3/case-012/explicit_01_page_002.png	p.2–5	page
task3:dosi_onur_task3:case-012	CASE-012	assets/images/dosi_onur_task3/case-012/explicit_02_page_002.png	p.2–5	page
task3:dosi_onur_task3:case-012	CASE-012	assets/images/dosi_onur_task3/case-012/explicit_03_page_002.png	p.2–5	page
task3:dosi_onur_task3:case-012	CASE-012	assets/images/dosi_onur_task3/case-012/explicit_04_page_002.png	p.2–5	page

https://doi.org/10.1016/j.compchemeng.2012.01.015

• Ссылка на статью: https://doi.org/10.1016/j.compchemeng.2012.01.015
• Название: Optimization of structural and operational variables for the energy efficiency of a divided wall distillation column
• Идентификаторы: doi:10.1016/j.compchemeng.2012.01.015
• Использовано изображений/страниц: 28

sample_id	case_id	image	page_hint	evidence_kind
task3:2ba05d8ab7:case-001	CASE-001	assets/images/2ba05d8ab7/case-001/explicit_01_page_002.png	Table 2	figure_or_table
task3:2ba05d8ab7:case-001	CASE-001	assets/images/2ba05d8ab7/case-001/explicit_02_page_002.png	Table 2	figure_or_table
task3:2ba05d8ab7:case-001	CASE-001	assets/images/2ba05d8ab7/case-001/explicit_03_page_002.png	Table 2	figure_or_table
task3:2ba05d8ab7:case-001	CASE-001	assets/images/2ba05d8ab7/case-001/explicit_04_page_002.png	Table 2	figure_or_table
task3:2ba05d8ab7:case-002	CASE-002	assets/images/2ba05d8ab7/case-002/explicit_01_page_004.png	p.4	formula
task3:2ba05d8ab7:case-002	CASE-002	assets/images/2ba05d8ab7/case-002/explicit_02_page_004.png	p.4	formula
task3:2ba05d8ab7:case-002	CASE-002	assets/images/2ba05d8ab7/case-002/explicit_03_page_004.png	p.4	formula
task3:2ba05d8ab7:case-002	CASE-002	assets/images/2ba05d8ab7/case-002/explicit_04_page_004.png	p.4	formula
task3:2ba05d8ab7:case-003	CASE-003	assets/images/2ba05d8ab7/case-003/explicit_01_page_003.png	Table 3	figure_or_table
task3:2ba05d8ab7:case-003	CASE-003	assets/images/2ba05d8ab7/case-003/explicit_02_page_003.png	Table 3	figure_or_table
task3:2ba05d8ab7:case-003	CASE-003	assets/images/2ba05d8ab7/case-003/explicit_03_page_003.png	Table 3	figure_or_table
task3:2ba05d8ab7:case-003	CASE-003	assets/images/2ba05d8ab7/case-003/explicit_04_page_003.png	Table 3	figure_or_table
task3:2ba05d8ab7:case-006	CASE-006	assets/images/2ba05d8ab7/case-006/explicit_01_page_004.png	Table 4	figure_or_table
task3:2ba05d8ab7:case-006	CASE-006	assets/images/2ba05d8ab7/case-006/explicit_02_page_004.png	Table 4	figure_or_table
task3:2ba05d8ab7:case-006	CASE-006	assets/images/2ba05d8ab7/case-006/explicit_03_page_004.png	Table 4	figure_or_table
task3:2ba05d8ab7:case-006	CASE-006	assets/images/2ba05d8ab7/case-006/explicit_04_page_004.png	Table 4	figure_or_table
task3:2ba05d8ab7:case-008	CASE-008	assets/images/2ba05d8ab7/case-008/explicit_01_page_001.png	p.1	page
task3:2ba05d8ab7:case-008	CASE-008	assets/images/2ba05d8ab7/case-008/explicit_02_page_001.png	p.1	page
task3:2ba05d8ab7:case-008	CASE-008	assets/images/2ba05d8ab7/case-008/explicit_03_page_001.png	p.1	page
task3:2ba05d8ab7:case-008	CASE-008	assets/images/2ba05d8ab7/case-008/explicit_04_page_001.png	p.1	page
task3:2ba05d8ab7:case-011	CASE-011	assets/images/2ba05d8ab7/case-011/explicit_01_page_001.png	p.1	page
task3:2ba05d8ab7:case-011	CASE-011	assets/images/2ba05d8ab7/case-011/explicit_02_page_001.png	p.1	page
task3:2ba05d8ab7:case-011	CASE-011	assets/images/2ba05d8ab7/case-011/explicit_03_page_001.png	p.1	page
task3:2ba05d8ab7:case-011	CASE-011	assets/images/2ba05d8ab7/case-011/explicit_04_page_001.png	p.1	page
task3:2ba05d8ab7:case-012	CASE-012	assets/images/2ba05d8ab7/case-012/explicit_01_page_000.png		mixed
task3:2ba05d8ab7:case-012	CASE-012	assets/images/2ba05d8ab7/case-012/explicit_02_page_000.png		mixed
task3:2ba05d8ab7:case-012	CASE-012	assets/images/2ba05d8ab7/case-012/explicit_03_page_000.png		mixed
task3:2ba05d8ab7:case-012	CASE-012	assets/images/2ba05d8ab7/case-012/explicit_04_page_000.png		mixed

https://doi.org/10.1016/j.fuel.2018.11.033

• Ссылка на статью: https://doi.org/10.1016/j.fuel.2018.11.033
• Название: Progressive crude oil distillation: An energy-efficient alternative to conventional distillation process
• Идентификаторы: https://doi.org/10.1016/j.fuel.2018.11.033
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:2ba05d8ab7:case-007	CASE-007	assets/images/2ba05d8ab7/case-007/explicit_01_page_001.png	Table 1	figure_or_table
task3:2ba05d8ab7:case-007	CASE-007	assets/images/2ba05d8ab7/case-007/explicit_02_page_001.png	Table 1	figure_or_table
task3:2ba05d8ab7:case-007	CASE-007	assets/images/2ba05d8ab7/case-007/explicit_03_page_001.png	Table 1	figure_or_table
task3:2ba05d8ab7:case-007	CASE-007	assets/images/2ba05d8ab7/case-007/explicit_04_page_001.png	Table 1	figure_or_table

https://doi.org/10.1016/j.ic.2021.104797

• Ссылка на статью: https://doi.org/10.1016/j.ic.2021.104797
• Название: On computational complexity of set automata
• Идентификаторы: doi: 10.1016/j.ic.2021.104797
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:168bdb55d7:case-005	CASE-005	assets/images/168bdb55d7/case-005/explicit_01_page_001.png	Fig. 1	figure_or_table
task3:168bdb55d7:case-005	CASE-005	assets/images/168bdb55d7/case-005/explicit_02_page_001.png	Fig. 1	figure_or_table
task3:168bdb55d7:case-005	CASE-005	assets/images/168bdb55d7/case-005/explicit_03_page_001.png	Fig. 1	figure_or_table
task3:168bdb55d7:case-005	CASE-005	assets/images/168bdb55d7/case-005/explicit_04_page_001.png	Fig. 1	figure_or_table

https://doi.org/10.1016/j.omtn.2024.102133

• Ссылка на статью: https://doi.org/10.1016/j.omtn.2024.102133
• Название: Tissue pharmacokinetics of antisense oligonucleotides
• Идентификаторы: 10.1016/j.omtn.2024.102133
• Использовано изображений/страниц: 8

sample_id	case_id	image	page_hint	evidence_kind
task3:b74df7ada6:case-009	CASE-009	assets/images/b74df7ada6/case-009/explicit_01_page_002.png	Figure 2	figure
task3:b74df7ada6:case-009	CASE-009	assets/images/b74df7ada6/case-009/explicit_02_page_002.png	Figure 2	figure
task3:b74df7ada6:case-009	CASE-009	assets/images/b74df7ada6/case-009/explicit_03_page_002.png	Figure 2	figure
task3:b74df7ada6:case-009	CASE-009	assets/images/b74df7ada6/case-009/explicit_04_page_002.png	Figure 2	figure
task3:b74df7ada6:case-010	CASE-010	assets/images/b74df7ada6/case-010/explicit_01_page_001.png	Table 1	table
task3:b74df7ada6:case-010	CASE-010	assets/images/b74df7ada6/case-010/explicit_02_page_001.png	Table 1	table
task3:b74df7ada6:case-010	CASE-010	assets/images/b74df7ada6/case-010/explicit_03_page_001.png	Table 1	table
task3:b74df7ada6:case-010	CASE-010	assets/images/b74df7ada6/case-010/explicit_04_page_001.png	Table 1	table

https://doi.org/10.1016/j.proeng.2016.06.484

• Ссылка на статью: https://doi.org/10.1016/j.proeng.2016.06.484
• Название: Optimization and Dynamics of Distillation Column using Aspen Plus®
• Идентификаторы: doi: 10.1016/j.proeng.2016.06.484
• Использовано изображений/страниц: 16

sample_id	case_id	image	page_hint	evidence_kind
task3:2ba05d8ab7:case-004	CASE-004	assets/images/2ba05d8ab7/case-004/explicit_01_page_001.png	Fig.1	figure_or_table
task3:2ba05d8ab7:case-004	CASE-004	assets/images/2ba05d8ab7/case-004/explicit_02_page_001.png	Fig.1	figure_or_table
task3:2ba05d8ab7:case-004	CASE-004	assets/images/2ba05d8ab7/case-004/explicit_03_page_001.png	Fig.1	figure_or_table
task3:2ba05d8ab7:case-004	CASE-004	assets/images/2ba05d8ab7/case-004/explicit_04_page_001.png	Fig.1	figure_or_table
task3:2ba05d8ab7:case-005	CASE-005	assets/images/2ba05d8ab7/case-005/explicit_01_page_003.png	Fig.3	figure_or_table
task3:2ba05d8ab7:case-005	CASE-005	assets/images/2ba05d8ab7/case-005/explicit_02_page_003.png	Fig.3	figure_or_table
task3:2ba05d8ab7:case-005	CASE-005	assets/images/2ba05d8ab7/case-005/explicit_03_page_003.png	Fig.3	figure_or_table
task3:2ba05d8ab7:case-005	CASE-005	assets/images/2ba05d8ab7/case-005/explicit_04_page_003.png	Fig.3	figure_or_table
task3:2ba05d8ab7:case-009	CASE-009	assets/images/2ba05d8ab7/case-009/explicit_01_page_001.png	p.1	page
task3:2ba05d8ab7:case-009	CASE-009	assets/images/2ba05d8ab7/case-009/explicit_02_page_001.png	p.1	page
task3:2ba05d8ab7:case-009	CASE-009	assets/images/2ba05d8ab7/case-009/explicit_03_page_001.png	p.1	page
task3:2ba05d8ab7:case-009	CASE-009	assets/images/2ba05d8ab7/case-009/explicit_04_page_001.png	p.1	page
task3:2ba05d8ab7:case-010	CASE-010	assets/images/2ba05d8ab7/case-010/explicit_01_page_004.png	Fig.4	figure_or_table
task3:2ba05d8ab7:case-010	CASE-010	assets/images/2ba05d8ab7/case-010/explicit_02_page_004.png	Fig.4	figure_or_table
task3:2ba05d8ab7:case-010	CASE-010	assets/images/2ba05d8ab7/case-010/explicit_03_page_004.png	Fig.4	figure_or_table
task3:2ba05d8ab7:case-010	CASE-010	assets/images/2ba05d8ab7/case-010/explicit_04_page_004.png	Fig.4	figure_or_table

https://doi.org/10.1021/j100009a049

• Ссылка на статью: https://doi.org/10.1021/j100009a049
• Название: Density functional analysis of phenomenological theories of gas-liquid nucleation
• Идентификаторы: doi:10.1021/j100009a049
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:168bdb55d7:case-010	CASE-010	assets/images/168bdb55d7/case-010/explicit_01_page_012.png	Page 4, Figures 1–2; page 5, Figures 3–5; page 7, Figures 7–8; page 9, Figures 9–12. The strongest diagnostic anchor is Figure 12, with Figures 9–11 needed to evaluate the diffuse-interface theory claim.	figure
task3:168bdb55d7:case-010	CASE-010	assets/images/168bdb55d7/case-010/explicit_02_page_012.png	Page 4, Figures 1–2; page 5, Figures 3–5; page 7, Figures 7–8; page 9, Figures 9–12. The strongest diagnostic anchor is Figure 12, with Figures 9–11 needed to evaluate the diffuse-interface theory claim.	figure
task3:168bdb55d7:case-010	CASE-010	assets/images/168bdb55d7/case-010/explicit_03_page_004.png	Page 4, Figures 1–2; page 5, Figures 3–5; page 7, Figures 7–8; page 9, Figures 9–12. The strongest diagnostic anchor is Figure 12, with Figures 9–11 needed to evaluate the diffuse-interface theory claim.	figure
task3:168bdb55d7:case-010	CASE-010	assets/images/168bdb55d7/case-010/explicit_04_page_004.png	Page 4, Figures 1–2; page 5, Figures 3–5; page 7, Figures 7–8; page 9, Figures 9–12. The strongest diagnostic anchor is Figure 12, with Figures 9–11 needed to evaluate the diffuse-interface theory claim.	figure

https://doi.org/10.1038/379806a0

• Ссылка на статью: https://doi.org/10.1038/379806a0
• Название: Melting dynamics of a plasma crystal
• Идентификаторы: DOI:10.1038/379806a0
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:f0377dec26:case-004	CASE-004	assets/images/f0377dec26/case-004/explicit_01_page_003.png	p. 809, Fig. 3	figure
task3:f0377dec26:case-004	CASE-004	assets/images/f0377dec26/case-004/explicit_02_page_003.png	p. 809, Fig. 3	figure
task3:f0377dec26:case-004	CASE-004	assets/images/f0377dec26/case-004/explicit_03_page_003.png	p. 809, Fig. 3	figure
task3:f0377dec26:case-004	CASE-004	assets/images/f0377dec26/case-004/explicit_04_page_003.png	p. 809, Fig. 3	figure

https://doi.org/10.1038/lsa.2013.40

• Ссылка на статью: https://doi.org/10.1038/lsa.2013.40
• Название: Bloch surface eigenstates within the radiation continuum
• Идентификаторы: doi: 10.1038/lsa.2013.40
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:64495d27da:case-008	CASE-008	assets/images/64495d27da/case-008/explicit_01_page_001.png	p.2, Fig.1	mixed
task3:64495d27da:case-008	CASE-008	assets/images/64495d27da/case-008/explicit_02_page_001.png	p.2, Fig.1	mixed
task3:64495d27da:case-008	CASE-008	assets/images/64495d27da/case-008/explicit_03_page_001.png	p.2, Fig.1	mixed
task3:64495d27da:case-008	CASE-008	assets/images/64495d27da/case-008/explicit_04_page_001.png	p.2, Fig.1	mixed

https://doi.org/10.1038/nature12289

• Ссылка на статью: https://doi.org/10.1038/nature12289
• Название: Observation of trapped light within the radiation continu-um
• Идентификаторы: doi: 10.1038/nature12289
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:64495d27da:case-002	CASE-002	assets/images/64495d27da/case-002/explicit_01_page_003.png	p.3, Fig.3	figure
task3:64495d27da:case-002	CASE-002	assets/images/64495d27da/case-002/explicit_02_page_003.png	p.3, Fig.3	figure
task3:64495d27da:case-002	CASE-002	assets/images/64495d27da/case-002/explicit_03_page_003.png	p.3, Fig.3	figure
task3:64495d27da:case-002	CASE-002	assets/images/64495d27da/case-002/explicit_04_page_003.png	p.3, Fig.3	figure

https://doi.org/10.1038/ncomms5034

• Ссылка на статью: https://doi.org/10.1038/ncomms5034
• Название: Reversing the pump depend-ence of a laser at an excep-tional point
• Идентификаторы: doi: 10.1038/ncomms5034
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:64495d27da:case-003	CASE-003	assets/images/64495d27da/case-003/explicit_01_page_004.png	p.4, Fig.2c	figure
task3:64495d27da:case-003	CASE-003	assets/images/64495d27da/case-003/explicit_02_page_004.png	p.4, Fig.2c	figure
task3:64495d27da:case-003	CASE-003	assets/images/64495d27da/case-003/explicit_03_page_004.png	p.4, Fig.2c	figure
task3:64495d27da:case-003	CASE-003	assets/images/64495d27da/case-003/explicit_04_page_004.png	p.4, Fig.2c	figure

https://doi.org/10.1038/s41467-018-05006-w

• Ссылка на статью: https://doi.org/10.1038/s41467-018-05006-w
• Название: Microscopic Structure of the Polymer-Induced Liquid Precursor for Calcium Carbonate
• Идентификаторы: doi:10.1038/s41467-018-05006-w
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:168bdb55d7:case-007	CASE-007	assets/images/168bdb55d7/case-007/explicit_01_page_002.png	Page 4, Figure 2; page 6, Figure 4; page 7, Figure 5; page 9, Figure 6. The strongest single visual anchor is Figure 2, especially panels 2a–f and 2g–k.	mixed
task3:168bdb55d7:case-007	CASE-007	assets/images/168bdb55d7/case-007/explicit_02_page_002.png	Page 4, Figure 2; page 6, Figure 4; page 7, Figure 5; page 9, Figure 6. The strongest single visual anchor is Figure 2, especially panels 2a–f and 2g–k.	mixed
task3:168bdb55d7:case-007	CASE-007	assets/images/168bdb55d7/case-007/explicit_03_page_002.png	Page 4, Figure 2; page 6, Figure 4; page 7, Figure 5; page 9, Figure 6. The strongest single visual anchor is Figure 2, especially panels 2a–f and 2g–k.	mixed
task3:168bdb55d7:case-007	CASE-007	assets/images/168bdb55d7/case-007/explicit_04_page_002.png	Page 4, Figure 2; page 6, Figure 4; page 7, Figure 5; page 9, Figure 6. The strongest single visual anchor is Figure 2, especially panels 2a–f and 2g–k.	mixed

https://doi.org/10.1038/s41467-020-17497-7

• Ссылка на статью: https://doi.org/10.1038/s41467-020-17497-7
• Название: A protein-independent fluorescent RNA aptamer reporter system for plant genetic engineering
• Идентификаторы: DOI: 10.1038/s41467-020-17497-7
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:orlova_daria:case-011	CASE-011	assets/images/orlova_daria/case-011/explicit_01_page_001.png	p.3, Fig.1	figure_or_table
task3:orlova_daria:case-011	CASE-011	assets/images/orlova_daria/case-011/explicit_02_page_001.png	p.3, Fig.1	figure_or_table
task3:orlova_daria:case-011	CASE-011	assets/images/orlova_daria/case-011/explicit_03_page_001.png	p.3, Fig.1	figure_or_table
task3:orlova_daria:case-011	CASE-011	assets/images/orlova_daria/case-011/explicit_04_page_001.png	p.3, Fig.1	figure_or_table

https://doi.org/10.1038/s41467-021-25767-1

• Ссылка на статью: https://doi.org/10.1038/s41467-021-25767-1
• Название: Selective targeting of the TLR2/MyD88/NF-κB pathway reduces α-synuclein spreading in vitro and in vivo
• Идентификаторы: DOI: 10.1038/s41467-021-25767-1
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:orlova_daria:case-003	CASE-003	assets/images/orlova_daria/case-003/explicit_01_page_004.png	p.8 - 9, fig.4	figure_or_table
task3:orlova_daria:case-003	CASE-003	assets/images/orlova_daria/case-003/explicit_02_page_004.png	p.8 - 9, fig.4	figure_or_table
task3:orlova_daria:case-003	CASE-003	assets/images/orlova_daria/case-003/explicit_03_page_004.png	p.8 - 9, fig.4	figure_or_table
task3:orlova_daria:case-003	CASE-003	assets/images/orlova_daria/case-003/explicit_04_page_004.png	p.8 - 9, fig.4	figure_or_table

https://doi.org/10.1038/s41467-023-40382-y

• Ссылка на статью: https://doi.org/10.1038/s41467-023-40382-y
• Название: Superscattering emerging from the physics of bound states in the continuum
• Идентификаторы: 10.1038/s41467-023-40382-y
• Использовано изображений/страниц: 12

sample_id	case_id	image	page_hint	evidence_kind
task3:598d6ea6b4:case-001	CASE-001	assets/images/598d6ea6b4/case-001/explicit_01_page_004.png	p.6, Fig. 4	figure_or_table
task3:598d6ea6b4:case-001	CASE-001	assets/images/598d6ea6b4/case-001/explicit_02_page_004.png	p.6, Fig. 4	figure_or_table
task3:598d6ea6b4:case-001	CASE-001	assets/images/598d6ea6b4/case-001/explicit_03_page_004.png	p.6, Fig. 4	figure_or_table
task3:598d6ea6b4:case-001	CASE-001	assets/images/598d6ea6b4/case-001/explicit_04_page_004.png	p.6, Fig. 4	figure_or_table
task3:598d6ea6b4:case-002	CASE-002	assets/images/598d6ea6b4/case-002/explicit_01_page_006.png	p.8, Fig.6	figure_or_table
task3:598d6ea6b4:case-002	CASE-002	assets/images/598d6ea6b4/case-002/explicit_02_page_006.png	p.8, Fig.6	figure_or_table
task3:598d6ea6b4:case-002	CASE-002	assets/images/598d6ea6b4/case-002/explicit_03_page_016.png	p.8, Fig.6	figure_or_table
task3:598d6ea6b4:case-002	CASE-002	assets/images/598d6ea6b4/case-002/explicit_04_page_016.png	p.8, Fig.6	figure_or_table
task3:598d6ea6b4:case-003	CASE-003	assets/images/598d6ea6b4/case-003/explicit_01_page_007.png	p.9, Fig.7	figure_or_table
task3:598d6ea6b4:case-003	CASE-003	assets/images/598d6ea6b4/case-003/explicit_02_page_007.png	p.9, Fig.7	figure_or_table
task3:598d6ea6b4:case-003	CASE-003	assets/images/598d6ea6b4/case-003/explicit_03_page_017.png	p.9, Fig.7	figure_or_table
task3:598d6ea6b4:case-003	CASE-003	assets/images/598d6ea6b4/case-003/explicit_04_page_017.png	p.9, Fig.7	figure_or_table

https://doi.org/10.1038/s41467-024-48838-5

• Ссылка на статью: https://doi.org/10.1038/s41467-024-48838-5
• Название: Rediscovery of mononuclear phagocyte system blockade for nanoparticle drug delivery
• Идентификаторы: doi:10.1038/s41467-024-48838-5
• Использовано изображений/страниц: 20

sample_id	case_id	image	page_hint	evidence_kind
task3:dacebacf8a:case-001	CASE-001	assets/images/dacebacf8a/case-001/explicit_01_page_000.png	Abstract or Section "Strategies to induce the MPS blockade"	page
task3:dacebacf8a:case-001	CASE-001	assets/images/dacebacf8a/case-001/explicit_02_page_000.png	Abstract or Section "Strategies to induce the MPS blockade"	page
task3:dacebacf8a:case-001	CASE-001	assets/images/dacebacf8a/case-001/explicit_03_page_000.png	Abstract or Section "Strategies to induce the MPS blockade"	page
task3:dacebacf8a:case-001	CASE-001	assets/images/dacebacf8a/case-001/explicit_04_page_000.png	Abstract or Section "Strategies to induce the MPS blockade"	page
task3:dacebacf8a:case-002	CASE-002	assets/images/dacebacf8a/case-002/explicit_01_page_000.png	Fig. 3h	figure
task3:dacebacf8a:case-002	CASE-002	assets/images/dacebacf8a/case-002/explicit_02_page_000.png	Fig. 3h	figure
task3:dacebacf8a:case-002	CASE-002	assets/images/dacebacf8a/case-002/explicit_03_page_000.png	Fig. 3h	figure
task3:dacebacf8a:case-002	CASE-002	assets/images/dacebacf8a/case-002/explicit_04_page_000.png	Fig. 3h	figure
task3:dacebacf8a:case-003	CASE-003	assets/images/dacebacf8a/case-003/explicit_01_page_000.png	Fig. 3a	figure
task3:dacebacf8a:case-003	CASE-003	assets/images/dacebacf8a/case-003/explicit_02_page_000.png	Fig. 3a	figure
task3:dacebacf8a:case-003	CASE-003	assets/images/dacebacf8a/case-003/explicit_03_page_000.png	Fig. 3a	figure
task3:dacebacf8a:case-003	CASE-003	assets/images/dacebacf8a/case-003/explicit_04_page_000.png	Fig. 3a	figure
task3:dacebacf8a:case-004	CASE-004	assets/images/dacebacf8a/case-004/explicit_01_page_000.png	fig. 3c	figure_or_table
task3:dacebacf8a:case-004	CASE-004	assets/images/dacebacf8a/case-004/explicit_02_page_000.png	fig. 3c	figure_or_table
task3:dacebacf8a:case-004	CASE-004	assets/images/dacebacf8a/case-004/explicit_03_page_000.png	fig. 3c	figure_or_table
task3:dacebacf8a:case-004	CASE-004	assets/images/dacebacf8a/case-004/explicit_04_page_000.png	fig. 3c	figure_or_table
task3:dacebacf8a:case-005	CASE-005	assets/images/dacebacf8a/case-005/explicit_01_page_000.png	fig. 4b	figure_or_table
task3:dacebacf8a:case-005	CASE-005	assets/images/dacebacf8a/case-005/explicit_02_page_000.png	fig. 4b	figure_or_table
task3:dacebacf8a:case-005	CASE-005	assets/images/dacebacf8a/case-005/explicit_03_page_000.png	fig. 4b	figure_or_table
task3:dacebacf8a:case-005	CASE-005	assets/images/dacebacf8a/case-005/explicit_04_page_000.png	fig. 4b	figure_or_table

https://doi.org/10.1038/s41467-025-62904-6

• Ссылка на статью: https://doi.org/10.1038/s41467-025-62904-6
• Название: Decoupling polarization and coercive field in AlScN/AlN/AlScN stack for enhanced performance in ferroelectric thin-film transistors
• Идентификаторы: 10.1038/s41467-025-62904-6
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:5c4536453d:case-001	CASE-001	assets/images/5c4536453d/case-001/explicit_01_page_000.png	Fig.4e	figure
task3:5c4536453d:case-001	CASE-001	assets/images/5c4536453d/case-001/explicit_02_page_000.png	Fig.4e	figure
task3:5c4536453d:case-001	CASE-001	assets/images/5c4536453d/case-001/explicit_03_page_000.png	Fig.4e	figure
task3:5c4536453d:case-001	CASE-001	assets/images/5c4536453d/case-001/explicit_04_page_000.png	Fig.4e	figure

https://doi.org/10.1038/s41529-024-00529-8

• Ссылка на статью: https://doi.org/10.1038/s41529-024-00529-8
• Название: A data-driven strategy for phase field nucleation modeling
• Идентификаторы: doi:10.1038/s41529-024-00529-8
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:168bdb55d7:case-002	CASE-002	assets/images/168bdb55d7/case-002/explicit_01_page_008.png	Page 7, Figures 6 and 7; especially Figure 7b–d cross-sectional heatmaps and Figure 6b SHAP analysis. Page 8, Figure 8 is also useful for the inverse parameter-selection claim.	figure_or_table
task3:168bdb55d7:case-002	CASE-002	assets/images/168bdb55d7/case-002/explicit_02_page_008.png	Page 7, Figures 6 and 7; especially Figure 7b–d cross-sectional heatmaps and Figure 6b SHAP analysis. Page 8, Figure 8 is also useful for the inverse parameter-selection claim.	figure_or_table
task3:168bdb55d7:case-002	CASE-002	assets/images/168bdb55d7/case-002/explicit_03_page_018.png	Page 7, Figures 6 and 7; especially Figure 7b–d cross-sectional heatmaps and Figure 6b SHAP analysis. Page 8, Figure 8 is also useful for the inverse parameter-selection claim.	figure_or_table
task3:168bdb55d7:case-002	CASE-002	assets/images/168bdb55d7/case-002/explicit_04_page_018.png	Page 7, Figures 6 and 7; especially Figure 7b–d cross-sectional heatmaps and Figure 6b SHAP analysis. Page 8, Figure 8 is also useful for the inverse parameter-selection claim.	figure_or_table

https://doi.org/10.1038/s41551-020-0581-2

• Ссылка на статью: https://doi.org/10.1038/s41551-020-0581-2
• Название: Enhancement of the blood-circulation time and performance of nanomedicines via the forced clearance of erythrocytes
• Идентификаторы: doi:10.1038/s41551-020-0581-2
• Использовано изображений/страниц: 16

sample_id	case_id	image	page_hint	evidence_kind
task3:dacebacf8a:case-009	CASE-009	assets/images/dacebacf8a/case-009/explicit_01_page_001.png	fig. 1	figure
task3:dacebacf8a:case-009	CASE-009	assets/images/dacebacf8a/case-009/explicit_02_page_001.png	fig. 1	figure
task3:dacebacf8a:case-009	CASE-009	assets/images/dacebacf8a/case-009/explicit_03_page_001.png	fig. 1	figure
task3:dacebacf8a:case-009	CASE-009	assets/images/dacebacf8a/case-009/explicit_04_page_001.png	fig. 1	figure
task3:dacebacf8a:case-010	CASE-010	assets/images/dacebacf8a/case-010/explicit_01_page_004.png	fig. 4	figure_or_table
task3:dacebacf8a:case-010	CASE-010	assets/images/dacebacf8a/case-010/explicit_02_page_004.png	fig. 4	figure_or_table
task3:dacebacf8a:case-010	CASE-010	assets/images/dacebacf8a/case-010/explicit_03_page_004.png	fig. 4	figure_or_table
task3:dacebacf8a:case-010	CASE-010	assets/images/dacebacf8a/case-010/explicit_04_page_004.png	fig. 4	figure_or_table
task3:dacebacf8a:case-011	CASE-011	assets/images/dacebacf8a/case-011/explicit_01_page_001.png	fig. 1	figure_or_table
task3:dacebacf8a:case-011	CASE-011	assets/images/dacebacf8a/case-011/explicit_02_page_001.png	fig. 1	figure_or_table
task3:dacebacf8a:case-011	CASE-011	assets/images/dacebacf8a/case-011/explicit_03_page_001.png	fig. 1	figure_or_table
task3:dacebacf8a:case-011	CASE-011	assets/images/dacebacf8a/case-011/explicit_04_page_001.png	fig. 1	figure_or_table
task3:dacebacf8a:case-012	CASE-012	assets/images/dacebacf8a/case-012/explicit_01_page_001.png	p. 1	page
task3:dacebacf8a:case-012	CASE-012	assets/images/dacebacf8a/case-012/explicit_02_page_001.png	p. 1	page
task3:dacebacf8a:case-012	CASE-012	assets/images/dacebacf8a/case-012/explicit_03_page_001.png	p. 1	page
task3:dacebacf8a:case-012	CASE-012	assets/images/dacebacf8a/case-012/explicit_04_page_001.png	p. 1	page

https://doi.org/10.1038/s41565-023-01399-y

• Ссылка на статью: https://doi.org/10.1038/s41565-023-01399-y
• Название: Scalable CMOS back-end-of-line-compatible AlScN/two-dimensional channel ferroelectric field-effect transistors
• Идентификаторы: 10.1038/s41565-023-01399-y
• Использовано изображений/страниц: 8

sample_id	case_id	image	page_hint	evidence_kind
task3:5c4536453d:case-002	CASE-002	assets/images/5c4536453d/case-002/explicit_01_page_000.png	Fig.1c	figure
task3:5c4536453d:case-002	CASE-002	assets/images/5c4536453d/case-002/explicit_02_page_000.png	Fig.1c	figure
task3:5c4536453d:case-002	CASE-002	assets/images/5c4536453d/case-002/explicit_03_page_000.png	Fig.1c	figure
task3:5c4536453d:case-002	CASE-002	assets/images/5c4536453d/case-002/explicit_04_page_000.png	Fig.1c	figure
task3:5c4536453d:case-003	CASE-003	assets/images/5c4536453d/case-003/explicit_01_page_000.png	Fig.1c	figure
task3:5c4536453d:case-003	CASE-003	assets/images/5c4536453d/case-003/explicit_02_page_000.png	Fig.1c	figure
task3:5c4536453d:case-003	CASE-003	assets/images/5c4536453d/case-003/explicit_03_page_000.png	Fig.1c	figure
task3:5c4536453d:case-003	CASE-003	assets/images/5c4536453d/case-003/explicit_04_page_000.png	Fig.1c	figure

https://doi.org/10.1038/s41591-022-01726-1

• Ссылка на статью: https://doi.org/10.1038/s41591-022-01726-1
• Название: PSMA-targeting TGFβ-insensitive Armored CAR T-cells in Metastatic Castration Resistant Prostate Cancer: a Phase 1 Trial
• Идентификаторы: doi: 10.1038/s41591-022-01726-1
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:orlova_daria:case-008	CASE-008	assets/images/orlova_daria/case-008/explicit_01_page_003.png	p.37, Fig. 3	figure
task3:orlova_daria:case-008	CASE-008	assets/images/orlova_daria/case-008/explicit_02_page_003.png	p.37, Fig. 3	figure
task3:orlova_daria:case-008	CASE-008	assets/images/orlova_daria/case-008/explicit_03_page_003.png	p.37, Fig. 3	figure
task3:orlova_daria:case-008	CASE-008	assets/images/orlova_daria/case-008/explicit_04_page_003.png	p.37, Fig. 3	figure

https://doi.org/10.1038/s41591-024-03269-z

• Ссылка на статью: https://doi.org/10.1038/s41591-024-03269-z
• Название: Sacituzumab govitecan in HR+HER2- metastatic breast cancer: the randomized phase 3 EVER-132-002 trial
• Идентификаторы: DOI: 10.1038/s41591-024-03269-z
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:orlova_daria:case-007	CASE-007	assets/images/orlova_daria/case-007/explicit_01_page_002.png	p.13, Extended Data Fig. 2	figure_or_table
task3:orlova_daria:case-007	CASE-007	assets/images/orlova_daria/case-007/explicit_02_page_002.png	p.13, Extended Data Fig. 2	figure_or_table
task3:orlova_daria:case-007	CASE-007	assets/images/orlova_daria/case-007/explicit_03_page_002.png	p.13, Extended Data Fig. 2	figure_or_table
task3:orlova_daria:case-007	CASE-007	assets/images/orlova_daria/case-007/explicit_04_page_002.png	p.13, Extended Data Fig. 2	figure_or_table

https://doi.org/10.1038/s41596-022-00787-3

• Ссылка на статью: https://doi.org/10.1038/s41596-022-00787-3
• Название: Seed amplification assay for the detection of pathologic alpha-synuclein aggregates in cerebrospinal fluid
• Идентификаторы: DOI: 10.1038/s41596-022-00787-3
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:orlova_daria:case-002	CASE-002	assets/images/orlova_daria/case-002/explicit_01_page_009.png	p.9	page
task3:orlova_daria:case-002	CASE-002	assets/images/orlova_daria/case-002/explicit_02_page_009.png	p.9	page
task3:orlova_daria:case-002	CASE-002	assets/images/orlova_daria/case-002/explicit_03_page_000.png	p.9	page
task3:orlova_daria:case-002	CASE-002	assets/images/orlova_daria/case-002/explicit_04_page_000.png	p.9	page

https://doi.org/10.1038/s41598-017-07653-3

• Ссылка на статью: https://doi.org/10.1038/s41598-017-07653-3
• Название: Virtual cardiac monolayers for electrical wave propagation
• Идентификаторы: 10.1038/s41598-017-07653-3
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:c5c57bba7e:case-005	CASE-005	assets/images/c5c57bba7e/case-005/explicit_01_page_002.png	Fig 2	figure
task3:c5c57bba7e:case-005	CASE-005	assets/images/c5c57bba7e/case-005/explicit_02_page_002.png	Fig 2	figure
task3:c5c57bba7e:case-005	CASE-005	assets/images/c5c57bba7e/case-005/explicit_03_page_002.png	Fig 2	figure
task3:c5c57bba7e:case-005	CASE-005	assets/images/c5c57bba7e/case-005/explicit_04_page_002.png	Fig 2	figure

https://doi.org/10.1038/s41598-019-47335-w

• Ссылка на статью: https://doi.org/10.1038/s41598-019-47335-w
• Название: ORCA-SPOT: An Automatic Killer Whale Sound Detection Toolkit
• Идентификаторы: 10.1038/s41598-019-47335-w
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:cetacean-acoustics-expert__ce0d04dcb5:case-002	CASE-002	assets/images/cetacean-acoustics-expert__ce0d04dcb5/case-002/explicit_01_page_004.png	Fig. 4 ROC + Fig. 5 example spectrograms	figure_or_table
task3:cetacean-acoustics-expert__ce0d04dcb5:case-002	CASE-002	assets/images/cetacean-acoustics-expert__ce0d04dcb5/case-002/explicit_02_page_004.png	Fig. 4 ROC + Fig. 5 example spectrograms	figure_or_table
task3:cetacean-acoustics-expert__ce0d04dcb5:case-002	CASE-002	assets/images/cetacean-acoustics-expert__ce0d04dcb5/case-002/explicit_03_page_004.png	Fig. 4 ROC + Fig. 5 example spectrograms	figure_or_table
task3:cetacean-acoustics-expert__ce0d04dcb5:case-002	CASE-002	assets/images/cetacean-acoustics-expert__ce0d04dcb5/case-002/explicit_04_page_004.png	Fig. 4 ROC + Fig. 5 example spectrograms	figure_or_table

https://doi.org/10.1038/s41598-020-57549-y

• Ссылка на статью: https://doi.org/10.1038/s41598-020-57549-y
• Название: Deep neural networks for automated detection of marine mammal species
• Идентификаторы: 10.1038/s41598-020-57549-y
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:cetacean-acoustics-expert__ce0d04dcb5:case-001	CASE-001	assets/images/cetacean-acoustics-expert__ce0d04dcb5/case-001/explicit_01_page_002.png	Fig. 2 (spectrogram panels) + Table 2 (per-species F1)	figure_or_table
task3:cetacean-acoustics-expert__ce0d04dcb5:case-001	CASE-001	assets/images/cetacean-acoustics-expert__ce0d04dcb5/case-001/explicit_02_page_002.png	Fig. 2 (spectrogram panels) + Table 2 (per-species F1)	figure_or_table
task3:cetacean-acoustics-expert__ce0d04dcb5:case-001	CASE-001	assets/images/cetacean-acoustics-expert__ce0d04dcb5/case-001/explicit_03_page_002.png	Fig. 2 (spectrogram panels) + Table 2 (per-species F1)	figure_or_table
task3:cetacean-acoustics-expert__ce0d04dcb5:case-001	CASE-001	assets/images/cetacean-acoustics-expert__ce0d04dcb5/case-001/explicit_04_page_002.png	Fig. 2 (spectrogram panels) + Table 2 (per-species F1)	figure_or_table

https://doi.org/10.1038/s41598-020-80082-x

• Ссылка на статью: https://doi.org/10.1038/s41598-020-80082-x
• Название: Laser-induced melting of two-dimensional dusty plasma system in RF discharge
• Идентификаторы: DOI:10.1038/s41598-020-80082-x
• Использовано изображений/страниц: 16

sample_id	case_id	image	page_hint	evidence_kind
task3:f0377dec26:case-009	CASE-009	assets/images/f0377dec26/case-009/explicit_01_page_004.png	p.6-7, Fig.4 & Fig.5	figure
task3:f0377dec26:case-009	CASE-009	assets/images/f0377dec26/case-009/explicit_02_page_004.png	p.6-7, Fig.4 & Fig.5	figure
task3:f0377dec26:case-009	CASE-009	assets/images/f0377dec26/case-009/explicit_03_page_004.png	p.6-7, Fig.4 & Fig.5	figure
task3:f0377dec26:case-009	CASE-009	assets/images/f0377dec26/case-009/explicit_04_page_004.png	p.6-7, Fig.4 & Fig.5	figure
task3:f0377dec26:case-010	CASE-010	assets/images/f0377dec26/case-010/explicit_01_page_003.png	p.5, Fig.3	figure
task3:f0377dec26:case-010	CASE-010	assets/images/f0377dec26/case-010/explicit_02_page_003.png	p.5, Fig.3	figure
task3:f0377dec26:case-010	CASE-010	assets/images/f0377dec26/case-010/explicit_03_page_003.png	p.5, Fig.3	figure
task3:f0377dec26:case-010	CASE-010	assets/images/f0377dec26/case-010/explicit_04_page_003.png	p.5, Fig.3	figure
task3:f0377dec26:case-011	CASE-011	assets/images/f0377dec26/case-011/explicit_01_page_003.png	p.3, раздел Experiments	page
task3:f0377dec26:case-011	CASE-011	assets/images/f0377dec26/case-011/explicit_02_page_003.png	p.3, раздел Experiments	page
task3:f0377dec26:case-011	CASE-011	assets/images/f0377dec26/case-011/explicit_03_page_003.png	p.3, раздел Experiments	page
task3:f0377dec26:case-011	CASE-011	assets/images/f0377dec26/case-011/explicit_04_page_003.png	p.3, раздел Experiments	page
task3:f0377dec26:case-012	CASE-012	assets/images/f0377dec26/case-012/explicit_01_page_002.png	p.2–3, раздел Experiments	page
task3:f0377dec26:case-012	CASE-012	assets/images/f0377dec26/case-012/explicit_02_page_002.png	p.2–3, раздел Experiments	page
task3:f0377dec26:case-012	CASE-012	assets/images/f0377dec26/case-012/explicit_03_page_002.png	p.2–3, раздел Experiments	page
task3:f0377dec26:case-012	CASE-012	assets/images/f0377dec26/case-012/explicit_04_page_002.png	p.2–3, раздел Experiments	page

https://doi.org/10.1038/s41598-022-22225-w

• Ссылка на статью: https://doi.org/10.1038/s41598-022-22225-w
• Название: Generation and maturation of human iPSC-derived 3D organotypic cardiac microtissues in long-term culture
• Идентификаторы: 10.1038/s41598-022-22225-w
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:c5c57bba7e:case-009	CASE-009	assets/images/c5c57bba7e/case-009/explicit_01_page_002.png	Fig 2	figure
task3:c5c57bba7e:case-009	CASE-009	assets/images/c5c57bba7e/case-009/explicit_02_page_002.png	Fig 2	figure
task3:c5c57bba7e:case-009	CASE-009	assets/images/c5c57bba7e/case-009/explicit_03_page_002.png	Fig 2	figure
task3:c5c57bba7e:case-009	CASE-009	assets/images/c5c57bba7e/case-009/explicit_04_page_002.png	Fig 2	figure

https://doi.org/10.1038/s41598-023-28204-z

• Ссылка на статью: https://doi.org/10.1038/s41598-023-28204-z
• Название: Optical hydrogen sensing with high‑Q guided‑mode resonance of Al2O3/WO3/Pd nanostructure
• Идентификаторы: doi: 10.1038/s41598-023-28204-z
• Использовано изображений/страниц: 8

sample_id	case_id	image	page_hint	evidence_kind
task3:64495d27da:case-005	CASE-005	assets/images/64495d27da/case-005/explicit_01_page_001.png	p.3, Fig.1	figure
task3:64495d27da:case-005	CASE-005	assets/images/64495d27da/case-005/explicit_02_page_001.png	p.3, Fig.1	figure
task3:64495d27da:case-005	CASE-005	assets/images/64495d27da/case-005/explicit_03_page_001.png	p.3, Fig.1	figure
task3:64495d27da:case-005	CASE-005	assets/images/64495d27da/case-005/explicit_04_page_001.png	p.3, Fig.1	figure
task3:64495d27da:case-006	CASE-006	assets/images/64495d27da/case-006/explicit_01_page_004.png	p.5, Fig.4	figure
task3:64495d27da:case-006	CASE-006	assets/images/64495d27da/case-006/explicit_02_page_004.png	p.5, Fig.4	figure
task3:64495d27da:case-006	CASE-006	assets/images/64495d27da/case-006/explicit_03_page_004.png	p.5, Fig.4	figure
task3:64495d27da:case-006	CASE-006	assets/images/64495d27da/case-006/explicit_04_page_004.png	p.5, Fig.4	figure

https://doi.org/10.1038/s43588-025-00872-z

• Ссылка на статью: https://doi.org/10.1038/s43588-025-00872-z
• Название: Transferable neural wavefunctions for solids
• Идентификаторы: 10.1038/s43588-025-00872-z
• Использовано изображений/страниц: 20

sample_id	case_id	image	page_hint	evidence_kind
task3:0987c43afc:case-010	CASE-010	assets/images/0987c43afc/case-010/explicit_01_page_002.png	p.2, Fig. 1d	figure
task3:0987c43afc:case-010	CASE-010	assets/images/0987c43afc/case-010/explicit_02_page_002.png	p.2, Fig. 1d	figure
task3:0987c43afc:case-010	CASE-010	assets/images/0987c43afc/case-010/explicit_03_page_002.png	p.2, Fig. 1d	figure
task3:0987c43afc:case-010	CASE-010	assets/images/0987c43afc/case-010/explicit_04_page_002.png	p.2, Fig. 1d	figure
task3:0987c43afc:case-011	CASE-011	assets/images/0987c43afc/case-011/explicit_01_page_002.png	стр. 2, последний абзац введения	page
task3:0987c43afc:case-011	CASE-011	assets/images/0987c43afc/case-011/explicit_02_page_002.png	стр. 2, последний абзац введения	page
task3:0987c43afc:case-011	CASE-011	assets/images/0987c43afc/case-011/explicit_03_page_002.png	стр. 2, последний абзац введения	page
task3:0987c43afc:case-011	CASE-011	assets/images/0987c43afc/case-011/explicit_04_page_002.png	стр. 2, последний абзац введения	page
task3:0987c43afc:case-012	CASE-012	assets/images/0987c43afc/case-012/explicit_01_page_003.png	p.3, Fig. 2a	figure
task3:0987c43afc:case-012	CASE-012	assets/images/0987c43afc/case-012/explicit_02_page_003.png	p.3, Fig. 2a	figure
task3:0987c43afc:case-012	CASE-012	assets/images/0987c43afc/case-012/explicit_03_page_003.png	p.3, Fig. 2a	figure
task3:0987c43afc:case-012	CASE-012	assets/images/0987c43afc/case-012/explicit_04_page_003.png	p.3, Fig. 2a	figure
task3:0987c43afc:case-013	CASE-013	assets/images/0987c43afc/case-013/explicit_01_page_003.png	p.3, Fig. 2b	figure
task3:0987c43afc:case-013	CASE-013	assets/images/0987c43afc/case-013/explicit_02_page_003.png	p.3, Fig. 2b	figure
task3:0987c43afc:case-013	CASE-013	assets/images/0987c43afc/case-013/explicit_03_page_003.png	p.3, Fig. 2b	figure
task3:0987c43afc:case-013	CASE-013	assets/images/0987c43afc/case-013/explicit_04_page_003.png	p.3, Fig. 2b	figure
task3:0987c43afc:case-014	CASE-014	assets/images/0987c43afc/case-014/explicit_01_page_001.png	p.4, Table 1	table
task3:0987c43afc:case-014	CASE-014	assets/images/0987c43afc/case-014/explicit_02_page_001.png	p.4, Table 1	table
task3:0987c43afc:case-014	CASE-014	assets/images/0987c43afc/case-014/explicit_03_page_001.png	p.4, Table 1	table
task3:0987c43afc:case-014	CASE-014	assets/images/0987c43afc/case-014/explicit_04_page_001.png	p.4, Table 1	table

https://doi.org/10.1038/srep08266

• Ссылка на статью: https://doi.org/10.1038/srep08266
• Название: Ultrasensitive optical absorp-tion in graphene based on bound states in the continu-um
• Идентификаторы: doi: 10.1038/srep08266
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:64495d27da:case-004	CASE-004	assets/images/64495d27da/case-004/explicit_01_page_001.png	p.2, Fig.1	figure
task3:64495d27da:case-004	CASE-004	assets/images/64495d27da/case-004/explicit_02_page_001.png	p.2, Fig.1	figure
task3:64495d27da:case-004	CASE-004	assets/images/64495d27da/case-004/explicit_03_page_001.png	p.2, Fig.1	figure
task3:64495d27da:case-004	CASE-004	assets/images/64495d27da/case-004/explicit_04_page_001.png	p.2, Fig.1	figure

https://doi.org/10.1039/D5DD00155B

• Ссылка на статью: https://doi.org/10.1039/D5DD00155B
• Название: Deep learning methods for 2D material electronic properties
• Идентификаторы: 10.1039/D5DD00155B
• Использовано изображений/страниц: 20

sample_id	case_id	image	page_hint	evidence_kind
task3:0987c43afc:case-001	CASE-001	assets/images/0987c43afc/case-001/explicit_01_page_001.png	p.5-6, Table 1	table
task3:0987c43afc:case-001	CASE-001	assets/images/0987c43afc/case-001/explicit_02_page_001.png	p.5-6, Table 1	table
task3:0987c43afc:case-001	CASE-001	assets/images/0987c43afc/case-001/explicit_03_page_001.png	p.5-6, Table 1	table
task3:0987c43afc:case-001	CASE-001	assets/images/0987c43afc/case-001/explicit_04_page_001.png	p.5-6, Table 1	table
task3:0987c43afc:case-002	CASE-002	assets/images/0987c43afc/case-002/explicit_01_page_001.png	p.7, Fig. 1	figure
task3:0987c43afc:case-002	CASE-002	assets/images/0987c43afc/case-002/explicit_02_page_001.png	p.7, Fig. 1	figure
task3:0987c43afc:case-002	CASE-002	assets/images/0987c43afc/case-002/explicit_03_page_001.png	p.7, Fig. 1	figure
task3:0987c43afc:case-002	CASE-002	assets/images/0987c43afc/case-002/explicit_04_page_001.png	p.7, Fig. 1	figure
task3:0987c43afc:case-003	CASE-003	assets/images/0987c43afc/case-003/explicit_01_page_013.png	p. 13-14, Table 3	table
task3:0987c43afc:case-003	CASE-003	assets/images/0987c43afc/case-003/explicit_02_page_013.png	p. 13-14, Table 3	table
task3:0987c43afc:case-003	CASE-003	assets/images/0987c43afc/case-003/explicit_03_page_003.png	p. 13-14, Table 3	table
task3:0987c43afc:case-003	CASE-003	assets/images/0987c43afc/case-003/explicit_04_page_003.png	p. 13-14, Table 3	table
task3:0987c43afc:case-004	CASE-004	assets/images/0987c43afc/case-004/explicit_01_page_004.png	p.16, Table 4	table
task3:0987c43afc:case-004	CASE-004	assets/images/0987c43afc/case-004/explicit_02_page_004.png	p.16, Table 4	table
task3:0987c43afc:case-004	CASE-004	assets/images/0987c43afc/case-004/explicit_03_page_004.png	p.16, Table 4	table
task3:0987c43afc:case-004	CASE-004	assets/images/0987c43afc/case-004/explicit_04_page_004.png	p.16, Table 4	table
task3:0987c43afc:case-005	CASE-005	assets/images/0987c43afc/case-005/explicit_01_page_000.png	p.28-29	page
task3:0987c43afc:case-005	CASE-005	assets/images/0987c43afc/case-005/explicit_02_page_000.png	p.28-29	page
task3:0987c43afc:case-005	CASE-005	assets/images/0987c43afc/case-005/explicit_03_page_000.png	p.28-29	page
task3:0987c43afc:case-005	CASE-005	assets/images/0987c43afc/case-005/explicit_04_page_000.png	p.28-29	page

https://doi.org/10.1056/NEJMoa1910549

• Ссылка на статью: https://doi.org/10.1056/NEJMoa1910549
• Название: Pembrolizumab for Early Triple-Negative Breast Cancer
• Идентификаторы: DOI: 10.1056/NEJMoa1910549
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:orlova_daria:case-006	CASE-006	assets/images/orlova_daria/case-006/explicit_01_page_003.png	p.9, Table 3	table
task3:orlova_daria:case-006	CASE-006	assets/images/orlova_daria/case-006/explicit_02_page_003.png	p.9, Table 3	table
task3:orlova_daria:case-006	CASE-006	assets/images/orlova_daria/case-006/explicit_03_page_003.png	p.9, Table 3	table
task3:orlova_daria:case-006	CASE-006	assets/images/orlova_daria/case-006/explicit_04_page_003.png	p.9, Table 3	table

https://doi.org/10.1063/1.5023304

• Ссылка на статью: https://doi.org/10.1063/1.5023304
• Название: Deviation from Equilibrium Conditions in Molecular Dynamic Simulations of Homogeneous Nucleation
• Идентификаторы: doi:10.1063/1.5023304
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:168bdb55d7:case-004	CASE-004	assets/images/168bdb55d7/case-004/explicit_01_page_004.png	Page 7, Figures 3–4; page 8, Figure 5; page 6, Table I. The strongest diagnostic anchor is Figure 4, with Table I needed for the numerical MC–MD comparison.	figure_or_table
task3:168bdb55d7:case-004	CASE-004	assets/images/168bdb55d7/case-004/explicit_02_page_004.png	Page 7, Figures 3–4; page 8, Figure 5; page 6, Table I. The strongest diagnostic anchor is Figure 4, with Table I needed for the numerical MC–MD comparison.	figure_or_table
task3:168bdb55d7:case-004	CASE-004	assets/images/168bdb55d7/case-004/explicit_03_page_004.png	Page 7, Figures 3–4; page 8, Figure 5; page 6, Table I. The strongest diagnostic anchor is Figure 4, with Table I needed for the numerical MC–MD comparison.	figure_or_table
task3:168bdb55d7:case-004	CASE-004	assets/images/168bdb55d7/case-004/explicit_04_page_004.png	Page 7, Figures 3–4; page 8, Figure 5; page 6, Table I. The strongest diagnostic anchor is Figure 4, with Table I needed for the numerical MC–MD comparison.	figure_or_table

https://doi.org/10.1063/5.0021477

• Ссылка на статью: https://doi.org/10.1063/5.0021477
• Название: Homogeneous Water Nucleation: Experimental Study on Pressure and Carrier Gas Effects
• Идентификаторы: doi:10.1063/5.0021477
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:168bdb55d7:case-012	CASE-012	assets/images/168bdb55d7/case-012/explicit_01_page_011.png	Page 8, Figures 6–7; page 9, Figure 8; page 10, Figures 9–10; later discussion around Figure 11 and Table I. The strongest diagnostic anchor is Figure 11/Table I for high-pressure adsorption effects, with Figure 2 and Figure 13/Table II useful for low-pressure non-isothermal thermalization effects.	figure_or_table
task3:168bdb55d7:case-012	CASE-012	assets/images/168bdb55d7/case-012/explicit_02_page_011.png	Page 8, Figures 6–7; page 9, Figure 8; page 10, Figures 9–10; later discussion around Figure 11 and Table I. The strongest diagnostic anchor is Figure 11/Table I for high-pressure adsorption effects, with Figure 2 and Figure 13/Table II useful for low-pressure non-isothermal thermalization effects.	figure_or_table
task3:168bdb55d7:case-012	CASE-012	assets/images/168bdb55d7/case-012/explicit_03_page_008.png	Page 8, Figures 6–7; page 9, Figure 8; page 10, Figures 9–10; later discussion around Figure 11 and Table I. The strongest diagnostic anchor is Figure 11/Table I for high-pressure adsorption effects, with Figure 2 and Figure 13/Table II useful for low-pressure non-isothermal thermalization effects.	figure_or_table
task3:168bdb55d7:case-012	CASE-012	assets/images/168bdb55d7/case-012/explicit_04_page_008.png	Page 8, Figures 6–7; page 9, Figure 8; page 10, Figures 9–10; later discussion around Figure 11 and Table I. The strongest diagnostic anchor is Figure 11/Table I for high-pressure adsorption effects, with Figure 2 and Figure 13/Table II useful for low-pressure non-isothermal thermalization effects.	figure_or_table

https://doi.org/10.1063/5.0105963

• Ссылка на статью: https://doi.org/10.1063/5.0105963
• Название: Nonlinear exceptional-point lasing with ab initio Maxwell– Bloch theory
• Идентификаторы: doi: 10.1063/5.0105963
• Использовано изображений/страниц: 8

sample_id	case_id	image	page_hint	evidence_kind
task3:64495d27da:case-001	CASE-001	assets/images/64495d27da/case-001/explicit_01_page_001.png	p.2, Fig.1	figure
task3:64495d27da:case-001	CASE-001	assets/images/64495d27da/case-001/explicit_02_page_001.png	p.2, Fig.1	figure
task3:64495d27da:case-001	CASE-001	assets/images/64495d27da/case-001/explicit_03_page_001.png	p.2, Fig.1	figure
task3:64495d27da:case-001	CASE-001	assets/images/64495d27da/case-001/explicit_04_page_001.png	p.2, Fig.1	figure
task3:64495d27da:case-007	CASE-007	assets/images/64495d27da/case-007/explicit_01_page_001.png	p.2, Fig.1	figure
task3:64495d27da:case-007	CASE-007	assets/images/64495d27da/case-007/explicit_02_page_001.png	p.2, Fig.1	figure
task3:64495d27da:case-007	CASE-007	assets/images/64495d27da/case-007/explicit_03_page_001.png	p.2, Fig.1	figure
task3:64495d27da:case-007	CASE-007	assets/images/64495d27da/case-007/explicit_04_page_001.png	p.2, Fig.1	figure

https://doi.org/10.1063/5.0151624

• Ссылка на статью: https://doi.org/10.1063/5.0151624
• Название: Modeling the functional heterogeneity and conditions for the occurrence of microreentry in procedurally created atrial fibrous tissue
• Идентификаторы: doi:10.1063/5.0151624
• Использовано изображений/страниц: 8

sample_id	case_id	image	page_hint	evidence_kind
task3:c5c57bba7e:case-012	CASE-012	assets/images/c5c57bba7e/case-012/explicit_01_page_000.png	Methods	page
task3:c5c57bba7e:case-012	CASE-012	assets/images/c5c57bba7e/case-012/explicit_02_page_000.png	Methods	page
task3:c5c57bba7e:case-012	CASE-012	assets/images/c5c57bba7e/case-012/explicit_03_page_000.png	Methods	page
task3:c5c57bba7e:case-012	CASE-012	assets/images/c5c57bba7e/case-012/explicit_04_page_000.png	Methods	page
task3:semidetnov-ivan__cardiac-electrophysiology-doi-set__20260427:case-006	CASE-006	assets/images/semidetnov-ivan__cardiac-electrophysiology-doi-set__20260427/case-006/explicit_01_page_000.png	Figures/tables with procedurally created atrial fibrous tissue, heterogeneity settings and microreentry conditions	figure_or_table
task3:semidetnov-ivan__cardiac-electrophysiology-doi-set__20260427:case-006	CASE-006	assets/images/semidetnov-ivan__cardiac-electrophysiology-doi-set__20260427/case-006/explicit_02_page_000.png	Figures/tables with procedurally created atrial fibrous tissue, heterogeneity settings and microreentry conditions	figure_or_table
task3:semidetnov-ivan__cardiac-electrophysiology-doi-set__20260427:case-006	CASE-006	assets/images/semidetnov-ivan__cardiac-electrophysiology-doi-set__20260427/case-006/explicit_03_page_000.png	Figures/tables with procedurally created atrial fibrous tissue, heterogeneity settings and microreentry conditions	figure_or_table
task3:semidetnov-ivan__cardiac-electrophysiology-doi-set__20260427:case-006	CASE-006	assets/images/semidetnov-ivan__cardiac-electrophysiology-doi-set__20260427/case-006/explicit_04_page_000.png	Figures/tables with procedurally created atrial fibrous tissue, heterogeneity settings and microreentry conditions	figure_or_table

https://doi.org/10.1063/5.0218178

• Ссылка на статью: https://doi.org/10.1063/5.0218178
• Название: A COmpact spectrometer for measurements of neutrons at the ASDEX upgrade tokamak
• Идентификаторы: 10.1063/5.0218178
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:168bdb55d7:case-018	CASE-018	assets/images/168bdb55d7/case-018/explicit_01_page_005.png	Fig.5	figure
task3:168bdb55d7:case-018	CASE-018	assets/images/168bdb55d7/case-018/explicit_02_page_005.png	Fig.5	figure
task3:168bdb55d7:case-018	CASE-018	assets/images/168bdb55d7/case-018/explicit_03_page_005.png	Fig.5	figure
task3:168bdb55d7:case-018	CASE-018	assets/images/168bdb55d7/case-018/explicit_04_page_005.png	Fig.5	figure

https://doi.org/10.1070/PU1997v040n11ABEH000308

• Ссылка на статью: https://doi.org/10.1070/PU1997v040n11ABEH000308
• Название: Quasicrystalline structures in strongly coupled dusty plasma
• Идентификаторы: DOI:10.1070/PU1997v040n11ABEH000308
• Использовано изображений/страниц: 8

sample_id	case_id	image	page_hint	evidence_kind
task3:f0377dec26:case-002	CASE-002	assets/images/f0377dec26/case-002/explicit_01_page_004.png	p.1166, Fig.4	figure
task3:f0377dec26:case-002	CASE-002	assets/images/f0377dec26/case-002/explicit_02_page_004.png	p.1166, Fig.4	figure
task3:f0377dec26:case-002	CASE-002	assets/images/f0377dec26/case-002/explicit_03_page_004.png	p.1166, Fig.4	figure
task3:f0377dec26:case-002	CASE-002	assets/images/f0377dec26/case-002/explicit_04_page_004.png	p.1166, Fig.4	figure
task3:f0377dec26:case-003	CASE-003	assets/images/f0377dec26/case-003/explicit_01_page_005.png	p.1166, Fig.5	figure_or_table
task3:f0377dec26:case-003	CASE-003	assets/images/f0377dec26/case-003/explicit_02_page_005.png	p.1166, Fig.5	figure_or_table
task3:f0377dec26:case-003	CASE-003	assets/images/f0377dec26/case-003/explicit_03_page_005.png	p.1166, Fig.5	figure_or_table
task3:f0377dec26:case-003	CASE-003	assets/images/f0377dec26/case-003/explicit_04_page_005.png	p.1166, Fig.5	figure_or_table

https://doi.org/10.1073/pnas.1700342114

• Ссылка на статью: https://doi.org/10.1073/pnas.1700342114
• Название: A classical view on nonclassical nucleation
• Идентификаторы: doi:10.1073/pnas.1700342114
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:168bdb55d7:case-008	CASE-008	assets/images/168bdb55d7/case-008/explicit_01_page_004.png	Page 4, Figures 3–4; page 6, Figure 7; page 7, Figures 8–9. The strongest diagnostic anchor is the sequence Figure 3 → Figure 4 → Figure 8 → Figure 9.	mixed
task3:168bdb55d7:case-008	CASE-008	assets/images/168bdb55d7/case-008/explicit_02_page_004.png	Page 4, Figures 3–4; page 6, Figure 7; page 7, Figures 8–9. The strongest diagnostic anchor is the sequence Figure 3 → Figure 4 → Figure 8 → Figure 9.	mixed
task3:168bdb55d7:case-008	CASE-008	assets/images/168bdb55d7/case-008/explicit_03_page_004.png	Page 4, Figures 3–4; page 6, Figure 7; page 7, Figures 8–9. The strongest diagnostic anchor is the sequence Figure 3 → Figure 4 → Figure 8 → Figure 9.	mixed
task3:168bdb55d7:case-008	CASE-008	assets/images/168bdb55d7/case-008/explicit_04_page_004.png	Page 4, Figures 3–4; page 6, Figure 7; page 7, Figures 8–9. The strongest diagnostic anchor is the sequence Figure 3 → Figure 4 → Figure 8 → Figure 9.	mixed

https://doi.org/10.1073/pnas.2113059119

• Ссылка на статью: https://doi.org/10.1073/pnas.2113059119
• Название: Two-Step Nucleation of the Earth’s Inner Core
• Идентификаторы: doi:10.1073/pnas.2113059119
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:168bdb55d7:case-003	CASE-003	assets/images/168bdb55d7/case-003/explicit_01_page_005.png	Page 5, Figure 4; especially Figure 4a nucleation rate vs. undercooling and Figure 4b waiting time vs. undercooling. Figure 5 on page 5 is useful as the mechanism schematic.	figure
task3:168bdb55d7:case-003	CASE-003	assets/images/168bdb55d7/case-003/explicit_02_page_005.png	Page 5, Figure 4; especially Figure 4a nucleation rate vs. undercooling and Figure 4b waiting time vs. undercooling. Figure 5 on page 5 is useful as the mechanism schematic.	figure
task3:168bdb55d7:case-003	CASE-003	assets/images/168bdb55d7/case-003/explicit_03_page_005.png	Page 5, Figure 4; especially Figure 4a nucleation rate vs. undercooling and Figure 4b waiting time vs. undercooling. Figure 5 on page 5 is useful as the mechanism schematic.	figure
task3:168bdb55d7:case-003	CASE-003	assets/images/168bdb55d7/case-003/explicit_04_page_005.png	Page 5, Figure 4; especially Figure 4a nucleation rate vs. undercooling and Figure 4b waiting time vs. undercooling. Figure 5 on page 5 is useful as the mechanism schematic.	figure

https://doi.org/10.1073/pnas.2201955119

• Ссылка на статью: https://doi.org/10.1073/pnas.2201955119
• Название: Nonisothermal Nucleation in the Gas Phase Is Driven by Cool Subcritical Clusters
• Идентификаторы: doi:10.1073/pnas.2201955119
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:168bdb55d7:case-011	CASE-011	assets/images/168bdb55d7/case-011/explicit_01_page_003.png	Page 5, Figure 4; page 4, Figure 3; page 3, Figure 2. The strongest diagnostic anchor is Figure 4A–B.	figure
task3:168bdb55d7:case-011	CASE-011	assets/images/168bdb55d7/case-011/explicit_02_page_003.png	Page 5, Figure 4; page 4, Figure 3; page 3, Figure 2. The strongest diagnostic anchor is Figure 4A–B.	figure
task3:168bdb55d7:case-011	CASE-011	assets/images/168bdb55d7/case-011/explicit_03_page_003.png	Page 5, Figure 4; page 4, Figure 3; page 3, Figure 2. The strongest diagnostic anchor is Figure 4A–B.	figure
task3:168bdb55d7:case-011	CASE-011	assets/images/168bdb55d7/case-011/explicit_04_page_003.png	Page 5, Figure 4; page 4, Figure 3; page 3, Figure 2. The strongest diagnostic anchor is Figure 4A–B.	figure

https://doi.org/10.1074/jbc.RA120.016847

• Ссылка на статью: https://doi.org/10.1074/jbc.RA120.016847
• Название: A luminescent Nanoluc-GFP fusion protein enables readout of cellular pH in photosynthetic organisms
• Идентификаторы: DOI: 10.1074/jbc.RA120.016847
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:orlova_daria:case-004	CASE-004	assets/images/orlova_daria/case-004/explicit_01_page_001.png	p.3, Fig.1	figure_or_table
task3:orlova_daria:case-004	CASE-004	assets/images/orlova_daria/case-004/explicit_02_page_001.png	p.3, Fig.1	figure_or_table
task3:orlova_daria:case-004	CASE-004	assets/images/orlova_daria/case-004/explicit_03_page_001.png	p.3, Fig.1	figure_or_table
task3:orlova_daria:case-004	CASE-004	assets/images/orlova_daria/case-004/explicit_04_page_001.png	p.3, Fig.1	figure_or_table

https://doi.org/10.1088/0022-3719/6/7/010

• Ссылка на статью: https://doi.org/10.1088/0022-3719/6/7/010
• Название: Ordering, Metastability and Phase Transitions in Two-Dimensional Systems
• Идентификаторы: DOI:10.1088/0022-3719/6/7/010
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:f0377dec26:case-001	CASE-001	assets/images/f0377dec26/case-001/explicit_01_page_012.png	p.1191–1192, Fig.1 & Fig.2	figure_or_table
task3:f0377dec26:case-001	CASE-001	assets/images/f0377dec26/case-001/explicit_02_page_012.png	p.1191–1192, Fig.1 & Fig.2	figure_or_table
task3:f0377dec26:case-001	CASE-001	assets/images/f0377dec26/case-001/explicit_03_page_001.png	p.1191–1192, Fig.1 & Fig.2	figure_or_table
task3:f0377dec26:case-001	CASE-001	assets/images/f0377dec26/case-001/explicit_04_page_001.png	p.1191–1192, Fig.1 & Fig.2	figure_or_table

https://doi.org/10.1088/1361-6471/adeda7

• Ссылка на статью: https://doi.org/10.1088/1361-6471/adeda7
• Название: A prototype neutron-detector array for future deep-underground s-process studies
• Идентификаторы: 10.1088/1361-6471/adeda7
• Использовано изображений/страниц: 12

sample_id	case_id	image	page_hint	evidence_kind
task3:168bdb55d7:case-005	CASE-005	assets/images/168bdb55d7/case-005/explicit_01_page_006.png	p.9, Fig. 6	figure_or_table
task3:168bdb55d7:case-005	CASE-005	assets/images/168bdb55d7/case-005/explicit_02_page_006.png	p.9, Fig. 6	figure_or_table
task3:168bdb55d7:case-005	CASE-005	assets/images/168bdb55d7/case-005/explicit_03_page_016.png	p.9, Fig. 6	figure_or_table
task3:168bdb55d7:case-005	CASE-005	assets/images/168bdb55d7/case-005/explicit_04_page_016.png	p.9, Fig. 6	figure_or_table
task3:168bdb55d7:case-006	CASE-006	assets/images/168bdb55d7/case-006/explicit_01_page_009.png	p.11, Fig. 9	figure_or_table
task3:168bdb55d7:case-006	CASE-006	assets/images/168bdb55d7/case-006/explicit_02_page_009.png	p.11, Fig. 9	figure_or_table
task3:168bdb55d7:case-006	CASE-006	assets/images/168bdb55d7/case-006/explicit_03_page_019.png	p.11, Fig. 9	figure_or_table
task3:168bdb55d7:case-006	CASE-006	assets/images/168bdb55d7/case-006/explicit_04_page_019.png	p.11, Fig. 9	figure_or_table
task3:168bdb55d7:case-017	CASE-017	assets/images/168bdb55d7/case-017/explicit_01_page_002.png	p.5, Fig. 2	figure_or_table
task3:168bdb55d7:case-017	CASE-017	assets/images/168bdb55d7/case-017/explicit_02_page_002.png	p.5, Fig. 2	figure_or_table
task3:168bdb55d7:case-017	CASE-017	assets/images/168bdb55d7/case-017/explicit_03_page_002.png	p.5, Fig. 2	figure_or_table
task3:168bdb55d7:case-017	CASE-017	assets/images/168bdb55d7/case-017/explicit_04_page_002.png	p.5, Fig. 2	figure_or_table

https://doi.org/10.1088/1361-6501/ad8f4e

• Ссылка на статью: https://doi.org/10.1088/1361-6501/ad8f4e
• Название: A chlorine based detector (LaCl3(Ce)) for 2.5 MeV neutron spectroscopy
• Идентификаторы: 10.1088/1361-6501/ad8f4e
• Использовано изображений/страниц: 12

sample_id	case_id	image	page_hint	evidence_kind
task3:168bdb55d7:case-003	CASE-003	assets/images/168bdb55d7/case-003/explicit_01_page_011.png	p.6, Fig. 11	figure_or_table
task3:168bdb55d7:case-003	CASE-003	assets/images/168bdb55d7/case-003/explicit_02_page_011.png	p.6, Fig. 11	figure_or_table
task3:168bdb55d7:case-003	CASE-003	assets/images/168bdb55d7/case-003/explicit_03_page_006.png	p.6, Fig. 11	figure_or_table
task3:168bdb55d7:case-003	CASE-003	assets/images/168bdb55d7/case-003/explicit_04_page_006.png	p.6, Fig. 11	figure_or_table
task3:168bdb55d7:case-015	CASE-015	assets/images/168bdb55d7/case-015/explicit_01_page_002.png	p.3, Fig. 2	figure_or_table
task3:168bdb55d7:case-015	CASE-015	assets/images/168bdb55d7/case-015/explicit_02_page_002.png	p.3, Fig. 2	figure_or_table
task3:168bdb55d7:case-015	CASE-015	assets/images/168bdb55d7/case-015/explicit_03_page_002.png	p.3, Fig. 2	figure_or_table
task3:168bdb55d7:case-015	CASE-015	assets/images/168bdb55d7/case-015/explicit_04_page_002.png	p.3, Fig. 2	figure_or_table
task3:168bdb55d7:case-016	CASE-016	assets/images/168bdb55d7/case-016/explicit_01_page_005.png	p.5, Fig. 5	figure_or_table
task3:168bdb55d7:case-016	CASE-016	assets/images/168bdb55d7/case-016/explicit_02_page_005.png	p.5, Fig. 5	figure_or_table
task3:168bdb55d7:case-016	CASE-016	assets/images/168bdb55d7/case-016/explicit_03_page_005.png	p.5, Fig. 5	figure_or_table
task3:168bdb55d7:case-016	CASE-016	assets/images/168bdb55d7/case-016/explicit_04_page_005.png	p.5, Fig. 5	figure_or_table

https://doi.org/10.1088/1361-6587/add9c9

• Ссылка на статью: https://doi.org/10.1088/1361-6587/add9c9
• Название: The new ITER baseline, research plan and open R&D issues
• Идентификаторы: 10.1088/1361-6587/add9c9
• Использовано изображений/страниц: 20

sample_id	case_id	image	page_hint	evidence_kind
task3:168bdb55d7:case-002	CASE-002	assets/images/168bdb55d7/case-002/explicit_01_page_006.png	p.6, Fig. 6	figure_or_table
task3:168bdb55d7:case-002	CASE-002	assets/images/168bdb55d7/case-002/explicit_02_page_006.png	p.6, Fig. 6	figure_or_table
task3:168bdb55d7:case-002	CASE-002	assets/images/168bdb55d7/case-002/explicit_03_page_016.png	p.6, Fig. 6	figure_or_table
task3:168bdb55d7:case-002	CASE-002	assets/images/168bdb55d7/case-002/explicit_04_page_016.png	p.6, Fig. 6	figure_or_table
task3:168bdb55d7:case-04	CASE-04	assets/images/168bdb55d7/case-04/explicit_01_page_001.png	p.22, Table 1	table
task3:168bdb55d7:case-04	CASE-04	assets/images/168bdb55d7/case-04/explicit_02_page_001.png	p.22, Table 1	table
task3:168bdb55d7:case-04	CASE-04	assets/images/168bdb55d7/case-04/explicit_03_page_001.png	p.22, Table 1	table
task3:168bdb55d7:case-04	CASE-04	assets/images/168bdb55d7/case-04/explicit_04_page_001.png	p.22, Table 1	table
task3:168bdb55d7:case-012	CASE-012	assets/images/168bdb55d7/case-012/explicit_01_page_001.png	p.4, Fig. 1	figure_or_table
task3:168bdb55d7:case-012	CASE-012	assets/images/168bdb55d7/case-012/explicit_02_page_001.png	p.4, Fig. 1	figure_or_table
task3:168bdb55d7:case-012	CASE-012	assets/images/168bdb55d7/case-012/explicit_03_page_001.png	p.4, Fig. 1	figure_or_table
task3:168bdb55d7:case-012	CASE-012	assets/images/168bdb55d7/case-012/explicit_04_page_001.png	p.4, Fig. 1	figure_or_table
task3:168bdb55d7:case-013	CASE-013	assets/images/168bdb55d7/case-013/explicit_01_page_005.png	p.6, Fig.5	figure_or_table
task3:168bdb55d7:case-013	CASE-013	assets/images/168bdb55d7/case-013/explicit_02_page_005.png	p.6, Fig.5	figure_or_table
task3:168bdb55d7:case-013	CASE-013	assets/images/168bdb55d7/case-013/explicit_03_page_005.png	p.6, Fig.5	figure_or_table
task3:168bdb55d7:case-013	CASE-013	assets/images/168bdb55d7/case-013/explicit_04_page_005.png	p.6, Fig.5	figure_or_table
task3:168bdb55d7:case-014	CASE-014	assets/images/168bdb55d7/case-014/explicit_01_page_008.png	p.7, Fig.8	figure_or_table
task3:168bdb55d7:case-014	CASE-014	assets/images/168bdb55d7/case-014/explicit_02_page_008.png	p.7, Fig.8	figure_or_table
task3:168bdb55d7:case-014	CASE-014	assets/images/168bdb55d7/case-014/explicit_03_page_018.png	p.7, Fig.8	figure_or_table
task3:168bdb55d7:case-014	CASE-014	assets/images/168bdb55d7/case-014/explicit_04_page_018.png	p.7, Fig.8	figure_or_table

https://doi.org/10.1088/1742-6596/653/1/012103

• Ссылка на статью: https://doi.org/10.1088/1742-6596/653/1/012103
• Название: Hexatic phase in two-dimensional Yukawa systems: Existence and properties
• Идентификаторы: DOI 10.1088/1742-6596/653/1/012103
• Использовано изображений/страниц: 8

sample_id	case_id	image	page_hint	evidence_kind
task3:f0377dec26:case-007	CASE-007	assets/images/f0377dec26/case-007/explicit_01_page_013.png	p.3-4, Fig.1 & Fig.3	figure
task3:f0377dec26:case-007	CASE-007	assets/images/f0377dec26/case-007/explicit_02_page_013.png	p.3-4, Fig.1 & Fig.3	figure
task3:f0377dec26:case-007	CASE-007	assets/images/f0377dec26/case-007/explicit_03_page_003.png	p.3-4, Fig.1 & Fig.3	figure
task3:f0377dec26:case-007	CASE-007	assets/images/f0377dec26/case-007/explicit_04_page_003.png	p.3-4, Fig.1 & Fig.3	figure
task3:f0377dec26:case-008	CASE-008	assets/images/f0377dec26/case-008/explicit_01_page_005.png	p.4–5, Fig.5 & Fig.6	figure
task3:f0377dec26:case-008	CASE-008	assets/images/f0377dec26/case-008/explicit_02_page_005.png	p.4–5, Fig.5 & Fig.6	figure
task3:f0377dec26:case-008	CASE-008	assets/images/f0377dec26/case-008/explicit_03_page_005.png	p.4–5, Fig.5 & Fig.6	figure
task3:f0377dec26:case-008	CASE-008	assets/images/f0377dec26/case-008/explicit_04_page_005.png	p.4–5, Fig.5 & Fig.6	figure

https://doi.org/10.1093/nar/24.5.829

• Ссылка на статью: https://doi.org/10.1093/nar/24.5.829
• Название: NMR Investigations of Duplex Stability of Phosphorothioate and Phosphorodithioate DNA Analogues Modified in Both Strands
• Идентификаторы: https://doi.org/10.1093/nar/24.5.829
• Использовано изображений/страниц: 12

sample_id	case_id	image	page_hint	evidence_kind
task3:b74df7ada6:case-006	CASE-006	assets/images/b74df7ada6/case-006/explicit_01_page_001.png	Figure 1	figure
task3:b74df7ada6:case-006	CASE-006	assets/images/b74df7ada6/case-006/explicit_02_page_001.png	Figure 1	figure
task3:b74df7ada6:case-006	CASE-006	assets/images/b74df7ada6/case-006/explicit_03_page_001.png	Figure 1	figure
task3:b74df7ada6:case-006	CASE-006	assets/images/b74df7ada6/case-006/explicit_04_page_001.png	Figure 1	figure
task3:b74df7ada6:case-007	CASE-007	assets/images/b74df7ada6/case-007/explicit_01_page_002.png	Figure 2	figure
task3:b74df7ada6:case-007	CASE-007	assets/images/b74df7ada6/case-007/explicit_02_page_002.png	Figure 2	figure
task3:b74df7ada6:case-007	CASE-007	assets/images/b74df7ada6/case-007/explicit_03_page_002.png	Figure 2	figure
task3:b74df7ada6:case-007	CASE-007	assets/images/b74df7ada6/case-007/explicit_04_page_002.png	Figure 2	figure
task3:b74df7ada6:case-008	CASE-008	assets/images/b74df7ada6/case-008/explicit_01_page_004.png	p.4	page
task3:b74df7ada6:case-008	CASE-008	assets/images/b74df7ada6/case-008/explicit_02_page_004.png	p.4	page
task3:b74df7ada6:case-008	CASE-008	assets/images/b74df7ada6/case-008/explicit_03_page_004.png	p.4	page
task3:b74df7ada6:case-008	CASE-008	assets/images/b74df7ada6/case-008/explicit_04_page_004.png	p.4	page

https://doi.org/10.1093/nar/30.9.1911

• Ссылка на статью: https://doi.org/10.1093/nar/30.9.1911
• Название: Design of antisense oligonucleotides stabilized by locked nucleic acids
• Идентификаторы: https://doi.org/10.1093/nar/30.9.1911
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:b74df7ada6:case-001	CASE-001	assets/images/b74df7ada6/case-001/explicit_01_page_001.png	Table 1	table
task3:b74df7ada6:case-001	CASE-001	assets/images/b74df7ada6/case-001/explicit_02_page_001.png	Table 1	table
task3:b74df7ada6:case-001	CASE-001	assets/images/b74df7ada6/case-001/explicit_03_page_001.png	Table 1	table
task3:b74df7ada6:case-001	CASE-001	assets/images/b74df7ada6/case-001/explicit_04_page_001.png	Table 1	table

https://doi.org/10.1093/nar/gkaa299

• Ссылка на статью: https://doi.org/10.1093/nar/gkaa299
• Название: Phosphorothioate modified oligonucleotide–protein interactions
• Идентификаторы: 10.1093/nar/gkaa299
• Использовано изображений/страниц: 8

sample_id	case_id	image	page_hint	evidence_kind
task3:b74df7ada6:case-011	CASE-011	assets/images/b74df7ada6/case-011/explicit_01_page_002.png	p.2	page
task3:b74df7ada6:case-011	CASE-011	assets/images/b74df7ada6/case-011/explicit_02_page_002.png	p.2	page
task3:b74df7ada6:case-011	CASE-011	assets/images/b74df7ada6/case-011/explicit_03_page_002.png	p.2	page
task3:b74df7ada6:case-011	CASE-011	assets/images/b74df7ada6/case-011/explicit_04_page_002.png	p.2	page
task3:b74df7ada6:case-012	CASE-012	assets/images/b74df7ada6/case-012/explicit_01_page_000.png		page
task3:b74df7ada6:case-012	CASE-012	assets/images/b74df7ada6/case-012/explicit_02_page_000.png		page
task3:b74df7ada6:case-012	CASE-012	assets/images/b74df7ada6/case-012/explicit_03_page_000.png		page
task3:b74df7ada6:case-012	CASE-012	assets/images/b74df7ada6/case-012/explicit_04_page_000.png		page

https://doi.org/10.1093/nargab/lqae155

• Ссылка на статью: https://doi.org/10.1093/nargab/lqae155
• Название: Comparative molecular dynamics calculations of duplexation of chemically modified analogs of DNA used for antisense applications
• Идентификаторы: 10.1093/nargab/lqae155
• Использовано изображений/страниц: 12

sample_id	case_id	image	page_hint	evidence_kind
task3:b74df7ada6:case-002	CASE-002	assets/images/b74df7ada6/case-002/explicit_01_page_001.png	Figure 1	mixed
task3:b74df7ada6:case-002	CASE-002	assets/images/b74df7ada6/case-002/explicit_02_page_001.png	Figure 1	mixed
task3:b74df7ada6:case-002	CASE-002	assets/images/b74df7ada6/case-002/explicit_03_page_001.png	Figure 1	mixed
task3:b74df7ada6:case-002	CASE-002	assets/images/b74df7ada6/case-002/explicit_04_page_001.png	Figure 1	mixed
task3:b74df7ada6:case-003	CASE-003	assets/images/b74df7ada6/case-003/explicit_01_page_002.png	Table 2	table
task3:b74df7ada6:case-003	CASE-003	assets/images/b74df7ada6/case-003/explicit_02_page_002.png	Table 2	table
task3:b74df7ada6:case-003	CASE-003	assets/images/b74df7ada6/case-003/explicit_03_page_002.png	Table 2	table
task3:b74df7ada6:case-003	CASE-003	assets/images/b74df7ada6/case-003/explicit_04_page_002.png	Table 2	table
task3:b74df7ada6:case-004	CASE-004	assets/images/b74df7ada6/case-004/explicit_01_page_002.png	Figure 2	figure
task3:b74df7ada6:case-004	CASE-004	assets/images/b74df7ada6/case-004/explicit_02_page_002.png	Figure 2	figure
task3:b74df7ada6:case-004	CASE-004	assets/images/b74df7ada6/case-004/explicit_03_page_002.png	Figure 2	figure
task3:b74df7ada6:case-004	CASE-004	assets/images/b74df7ada6/case-004/explicit_04_page_002.png	Figure 2	figure

https://doi.org/10.1096/fj.201802237R

• Ссылка на статью: https://doi.org/10.1096/fj.201802237R
• Название: Charge-mediated proteasome targeting
• Идентификаторы: DOI:10.1096/fj.201802237R
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:orlova_daria:case-001	CASE-001	assets/images/orlova_daria/case-001/explicit_01_page_006.png	p.10, Fig.6	figure_or_table
task3:orlova_daria:case-001	CASE-001	assets/images/orlova_daria/case-001/explicit_02_page_006.png	p.10, Fig.6	figure_or_table
task3:orlova_daria:case-001	CASE-001	assets/images/orlova_daria/case-001/explicit_03_page_016.png	p.10, Fig.6	figure_or_table
task3:orlova_daria:case-001	CASE-001	assets/images/orlova_daria/case-001/explicit_04_page_016.png	p.10, Fig.6	figure_or_table

https://doi.org/10.1098/rsos.181295

• Ссылка на статью: https://doi.org/10.1098/rsos.181295
• Название: Long-term passive acoustic monitoring of North Atlantic right whales
• Идентификаторы: 10.1098/rsos.181295
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:cetacean-acoustics-expert__ce0d04dcb5:case-009	CASE-009	assets/images/cetacean-acoustics-expert__ce0d04dcb5/case-009/explicit_01_page_002.png	Fig. 2 — annual call-rate time series 2004-2017	figure_or_table
task3:cetacean-acoustics-expert__ce0d04dcb5:case-009	CASE-009	assets/images/cetacean-acoustics-expert__ce0d04dcb5/case-009/explicit_02_page_002.png	Fig. 2 — annual call-rate time series 2004-2017	figure_or_table
task3:cetacean-acoustics-expert__ce0d04dcb5:case-009	CASE-009	assets/images/cetacean-acoustics-expert__ce0d04dcb5/case-009/explicit_03_page_002.png	Fig. 2 — annual call-rate time series 2004-2017	figure_or_table
task3:cetacean-acoustics-expert__ce0d04dcb5:case-009	CASE-009	assets/images/cetacean-acoustics-expert__ce0d04dcb5/case-009/explicit_04_page_002.png	Fig. 2 — annual call-rate time series 2004-2017	figure_or_table

https://doi.org/10.1103/PhysRevE.103.033305

• Ссылка на статью: https://doi.org/10.1103/PhysRevE.103.033305
• Название: Predicting Nucleation Using Machine Learning in the Ising Model
• Идентификаторы: doi:10.1103/PhysRevE.103.033305
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:168bdb55d7:case-006	CASE-006	assets/images/168bdb55d7/case-006/explicit_01_page_011.png	Page 16, Figure 11; page 17, Figure 12. Page 11, Figure 5 is useful for the performance trend, and page 15, Figure 10 is a simpler control case for the occlusion-map interpretation.	figure
task3:168bdb55d7:case-006	CASE-006	assets/images/168bdb55d7/case-006/explicit_02_page_011.png	Page 16, Figure 11; page 17, Figure 12. Page 11, Figure 5 is useful for the performance trend, and page 15, Figure 10 is a simpler control case for the occlusion-map interpretation.	figure
task3:168bdb55d7:case-006	CASE-006	assets/images/168bdb55d7/case-006/explicit_03_page_015.png	Page 16, Figure 11; page 17, Figure 12. Page 11, Figure 5 is useful for the performance trend, and page 15, Figure 10 is a simpler control case for the occlusion-map interpretation.	figure
task3:168bdb55d7:case-006	CASE-006	assets/images/168bdb55d7/case-006/explicit_04_page_015.png	Page 16, Figure 11; page 17, Figure 12. Page 11, Figure 5 is useful for the performance trend, and page 15, Figure 10 is a simpler control case for the occlusion-map interpretation.	figure

https://doi.org/10.1103/PhysRevE.47.2128

• Ссылка на статью: https://doi.org/10.1103/PhysRevE.47.2128
• Название: Simulation of the differential adhesion driven rearrangement of biological cells
• Идентификаторы: 10.1103/PhysRevE.47.2128, doi:10.1103/PhysRevE.47.2128
• Использовано изображений/страниц: 16

sample_id	case_id	image	page_hint	evidence_kind
task3:c5c57bba7e:case-006	CASE-006	assets/images/c5c57bba7e/case-006/explicit_01_page_000.png	Fig 5a	figure
task3:c5c57bba7e:case-006	CASE-006	assets/images/c5c57bba7e/case-006/explicit_02_page_000.png	Fig 5a	figure
task3:c5c57bba7e:case-006	CASE-006	assets/images/c5c57bba7e/case-006/explicit_03_page_000.png	Fig 5a	figure
task3:c5c57bba7e:case-006	CASE-006	assets/images/c5c57bba7e/case-006/explicit_04_page_000.png	Fig 5a	figure
task3:c5c57bba7e:case-007	CASE-007	assets/images/c5c57bba7e/case-007/explicit_01_page_000.png	Fig 13c	figure
task3:c5c57bba7e:case-007	CASE-007	assets/images/c5c57bba7e/case-007/explicit_02_page_000.png	Fig 13c	figure
task3:c5c57bba7e:case-007	CASE-007	assets/images/c5c57bba7e/case-007/explicit_03_page_000.png	Fig 13c	figure
task3:c5c57bba7e:case-007	CASE-007	assets/images/c5c57bba7e/case-007/explicit_04_page_000.png	Fig 13c	figure
task3:c5c57bba7e:case-008	CASE-008	assets/images/c5c57bba7e/case-008/explicit_01_page_000.png	Fig 19b	figure
task3:c5c57bba7e:case-008	CASE-008	assets/images/c5c57bba7e/case-008/explicit_02_page_000.png	Fig 19b	figure
task3:c5c57bba7e:case-008	CASE-008	assets/images/c5c57bba7e/case-008/explicit_03_page_000.png	Fig 19b	figure
task3:c5c57bba7e:case-008	CASE-008	assets/images/c5c57bba7e/case-008/explicit_04_page_000.png	Fig 19b	figure
task3:semidetnov-ivan__cardiac-electrophysiology-doi-set__20260427:case-003	CASE-003	assets/images/semidetnov-ivan__cardiac-electrophysiology-doi-set__20260427/case-003/explicit_01_page_000.png	Simulation snapshots and parameter tables for differential adhesion / extended Potts model	figure_or_table
task3:semidetnov-ivan__cardiac-electrophysiology-doi-set__20260427:case-003	CASE-003	assets/images/semidetnov-ivan__cardiac-electrophysiology-doi-set__20260427/case-003/explicit_02_page_000.png	Simulation snapshots and parameter tables for differential adhesion / extended Potts model	figure_or_table
task3:semidetnov-ivan__cardiac-electrophysiology-doi-set__20260427:case-003	CASE-003	assets/images/semidetnov-ivan__cardiac-electrophysiology-doi-set__20260427/case-003/explicit_03_page_000.png	Simulation snapshots and parameter tables for differential adhesion / extended Potts model	figure_or_table
task3:semidetnov-ivan__cardiac-electrophysiology-doi-set__20260427:case-003	CASE-003	assets/images/semidetnov-ivan__cardiac-electrophysiology-doi-set__20260427/case-003/explicit_04_page_000.png	Simulation snapshots and parameter tables for differential adhesion / extended Potts model	figure_or_table

https://doi.org/10.1103/PhysRevE.56.R21

• Ссылка на статью: https://doi.org/10.1103/PhysRevE.56.R21
• Название: Nucleation and Growth: Decay of a Metastable State
• Идентификаторы: doi:10.1103/PhysRevE.56.R21
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:168bdb55d7:case-009	CASE-009	assets/images/168bdb55d7/case-009/explicit_01_page_012.png	Page 2, Figure 1; page 3, Figures 2–3. The strongest diagnostic anchor is Figure 3, with Figure 2 providing the broader regime context.	figure
task3:168bdb55d7:case-009	CASE-009	assets/images/168bdb55d7/case-009/explicit_02_page_012.png	Page 2, Figure 1; page 3, Figures 2–3. The strongest diagnostic anchor is Figure 3, with Figure 2 providing the broader regime context.	figure
task3:168bdb55d7:case-009	CASE-009	assets/images/168bdb55d7/case-009/explicit_03_page_013.png	Page 2, Figure 1; page 3, Figures 2–3. The strongest diagnostic anchor is Figure 3, with Figure 2 providing the broader regime context.	figure
task3:168bdb55d7:case-009	CASE-009	assets/images/168bdb55d7/case-009/explicit_04_page_013.png	Page 2, Figure 1; page 3, Figures 2–3. The strongest diagnostic anchor is Figure 3, with Figure 2 providing the broader regime context.	figure

https://doi.org/10.1109/ICASSP.2018.8462057

• Ссылка на статью: https://doi.org/10.1109/ICASSP.2018.8462057
• Название: Whale-call detection on long-duration recordings using CNNs
• Идентификаторы: 10.1109/ICASSP.2018.8462057
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:cetacean-acoustics-expert__ce0d04dcb5:case-007	CASE-007	assets/images/cetacean-acoustics-expert__ce0d04dcb5/case-007/explicit_01_page_003.png	Fig. 3 architecture diagram + Fig. 5 false-positive examples	figure_or_table
task3:cetacean-acoustics-expert__ce0d04dcb5:case-007	CASE-007	assets/images/cetacean-acoustics-expert__ce0d04dcb5/case-007/explicit_02_page_003.png	Fig. 3 architecture diagram + Fig. 5 false-positive examples	figure_or_table
task3:cetacean-acoustics-expert__ce0d04dcb5:case-007	CASE-007	assets/images/cetacean-acoustics-expert__ce0d04dcb5/case-007/explicit_03_page_003.png	Fig. 3 architecture diagram + Fig. 5 false-positive examples	figure_or_table
task3:cetacean-acoustics-expert__ce0d04dcb5:case-007	CASE-007	assets/images/cetacean-acoustics-expert__ce0d04dcb5/case-007/explicit_04_page_003.png	Fig. 3 architecture diagram + Fig. 5 false-positive examples	figure_or_table

https://doi.org/10.1109/JDT.2009.2034559

• Ссылка на статью: https://doi.org/10.1109/JDT.2009.2034559
• Название: Origins of High Mobility and Low Operation Voltage of Amorphous Oxide TFTs: Electronic Structure, Electron Transport, Defects and Doping
• Идентификаторы: 10.1109/JDT.2009.2034559
• Использовано изображений/страниц: 8

sample_id	case_id	image	page_hint	evidence_kind
task3:5c4536453d:case-004	CASE-004	assets/images/5c4536453d/case-004/explicit_01_page_000.png	Fig.23b	figure
task3:5c4536453d:case-004	CASE-004	assets/images/5c4536453d/case-004/explicit_02_page_000.png	Fig.23b	figure
task3:5c4536453d:case-004	CASE-004	assets/images/5c4536453d/case-004/explicit_03_page_000.png	Fig.23b	figure
task3:5c4536453d:case-004	CASE-004	assets/images/5c4536453d/case-004/explicit_04_page_000.png	Fig.23b	figure
task3:5c4536453d:case-005	CASE-005	assets/images/5c4536453d/case-005/explicit_01_page_000.png	Fig.26b	figure
task3:5c4536453d:case-005	CASE-005	assets/images/5c4536453d/case-005/explicit_02_page_000.png	Fig.26b	figure
task3:5c4536453d:case-005	CASE-005	assets/images/5c4536453d/case-005/explicit_03_page_000.png	Fig.26b	figure
task3:5c4536453d:case-005	CASE-005	assets/images/5c4536453d/case-005/explicit_04_page_000.png	Fig.26b	figure

https://doi.org/10.1111/2041-210X.13436

• Ссылка на статью: https://doi.org/10.1111/2041-210X.13436
• Название: Advanced image recognition: a fully automated, high-accuracy photo-identification matching system for humpback whales
• Идентификаторы: 10.1111/2041-210X.13436
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:cetacean-acoustics-expert__ce0d04dcb5:case-003	CASE-003	assets/images/cetacean-acoustics-expert__ce0d04dcb5/case-003/explicit_01_page_003.png	Fig. 3 — fluke matching pipeline + Fig. 6 confusion examples	figure_or_table
task3:cetacean-acoustics-expert__ce0d04dcb5:case-003	CASE-003	assets/images/cetacean-acoustics-expert__ce0d04dcb5/case-003/explicit_02_page_003.png	Fig. 3 — fluke matching pipeline + Fig. 6 confusion examples	figure_or_table
task3:cetacean-acoustics-expert__ce0d04dcb5:case-003	CASE-003	assets/images/cetacean-acoustics-expert__ce0d04dcb5/case-003/explicit_03_page_003.png	Fig. 3 — fluke matching pipeline + Fig. 6 confusion examples	figure_or_table
task3:cetacean-acoustics-expert__ce0d04dcb5:case-003	CASE-003	assets/images/cetacean-acoustics-expert__ce0d04dcb5/case-003/explicit_04_page_003.png	Fig. 3 — fluke matching pipeline + Fig. 6 confusion examples	figure_or_table

https://doi.org/10.1115/1.3157744

• Ссылка на статью: https://doi.org/10.1115/1.3157744
• Название: Fatigue Failure Criteria for Unidirectional Fiber Composites
• Идентификаторы: https://doi.org/10.1115/1.3157744
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:168bdb55d7:case-001	CASE-001	assets/images/168bdb55d7/case-001/explicit_01_page_004.png	p.4 formula 18; p5 formula 20,22	formula
task3:168bdb55d7:case-001	CASE-001	assets/images/168bdb55d7/case-001/explicit_02_page_004.png	p.4 formula 18; p5 formula 20,22	formula
task3:168bdb55d7:case-001	CASE-001	assets/images/168bdb55d7/case-001/explicit_03_page_004.png	p.4 formula 18; p5 formula 20,22	formula
task3:168bdb55d7:case-001	CASE-001	assets/images/168bdb55d7/case-001/explicit_04_page_004.png	p.4 formula 18; p5 formula 20,22	formula

https://doi.org/10.1121/1.5097761

• Ссылка на статью: https://doi.org/10.1121/1.5097761
• Название: Automatic detection and classification of odontocete whistles
• Идентификаторы: 10.1121/1.5097761
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:cetacean-acoustics-expert__ce0d04dcb5:case-005	CASE-005	assets/images/cetacean-acoustics-expert__ce0d04dcb5/case-005/explicit_01_page_007.png	Fig. 7 contour-tracking + Fig. 9 per-species PR curves	figure_or_table
task3:cetacean-acoustics-expert__ce0d04dcb5:case-005	CASE-005	assets/images/cetacean-acoustics-expert__ce0d04dcb5/case-005/explicit_02_page_007.png	Fig. 7 contour-tracking + Fig. 9 per-species PR curves	figure_or_table
task3:cetacean-acoustics-expert__ce0d04dcb5:case-005	CASE-005	assets/images/cetacean-acoustics-expert__ce0d04dcb5/case-005/explicit_03_page_009.png	Fig. 7 contour-tracking + Fig. 9 per-species PR curves	figure_or_table
task3:cetacean-acoustics-expert__ce0d04dcb5:case-005	CASE-005	assets/images/cetacean-acoustics-expert__ce0d04dcb5/case-005/explicit_04_page_009.png	Fig. 7 contour-tracking + Fig. 9 per-species PR curves	figure_or_table

https://doi.org/10.1121/10.0005047

• Ссылка на статью: https://doi.org/10.1121/10.0005047
• Название: A convolutional neural network for automated detection of humpback whale song
• Идентификаторы: 10.1121/10.0005047
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:cetacean-acoustics-expert__ce0d04dcb5:case-008	CASE-008	assets/images/cetacean-acoustics-expert__ce0d04dcb5/case-008/explicit_01_page_000.png	Section 'Related work' (pre-2021 baselines)	text_claim
task3:cetacean-acoustics-expert__ce0d04dcb5:case-008	CASE-008	assets/images/cetacean-acoustics-expert__ce0d04dcb5/case-008/explicit_02_page_000.png	Section 'Related work' (pre-2021 baselines)	text_claim
task3:cetacean-acoustics-expert__ce0d04dcb5:case-008	CASE-008	assets/images/cetacean-acoustics-expert__ce0d04dcb5/case-008/explicit_03_page_000.png	Section 'Related work' (pre-2021 baselines)	text_claim
task3:cetacean-acoustics-expert__ce0d04dcb5:case-008	CASE-008	assets/images/cetacean-acoustics-expert__ce0d04dcb5/case-008/explicit_04_page_000.png	Section 'Related work' (pre-2021 baselines)	text_claim

https://doi.org/10.1121/10.0009711

• Ссылка на статью: https://doi.org/10.1121/10.0009711
• Название: Photo-identification of cetaceans: a primer
• Идентификаторы: 10.1121/10.0009711
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:cetacean-acoustics-expert__ce0d04dcb5:case-012	CASE-012	assets/images/cetacean-acoustics-expert__ce0d04dcb5/case-012/explicit_01_page_001.png	Fig. 1 — labeled fluke regions	figure_or_table
task3:cetacean-acoustics-expert__ce0d04dcb5:case-012	CASE-012	assets/images/cetacean-acoustics-expert__ce0d04dcb5/case-012/explicit_02_page_001.png	Fig. 1 — labeled fluke regions	figure_or_table
task3:cetacean-acoustics-expert__ce0d04dcb5:case-012	CASE-012	assets/images/cetacean-acoustics-expert__ce0d04dcb5/case-012/explicit_03_page_001.png	Fig. 1 — labeled fluke regions	figure_or_table
task3:cetacean-acoustics-expert__ce0d04dcb5:case-012	CASE-012	assets/images/cetacean-acoustics-expert__ce0d04dcb5/case-012/explicit_04_page_001.png	Fig. 1 — labeled fluke regions	figure_or_table

https://doi.org/10.1121/10.0016877

• Ссылка на статью: https://doi.org/10.1121/10.0016877
• Название: Field guide to passive acoustic monitoring of marine mammals
• Идентификаторы: 10.1121/10.0016877
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:cetacean-acoustics-expert__ce0d04dcb5:case-011	CASE-011	assets/images/cetacean-acoustics-expert__ce0d04dcb5/case-011/explicit_01_page_000.png	Section 1.2 'Definitions'	text_claim
task3:cetacean-acoustics-expert__ce0d04dcb5:case-011	CASE-011	assets/images/cetacean-acoustics-expert__ce0d04dcb5/case-011/explicit_02_page_000.png	Section 1.2 'Definitions'	text_claim
task3:cetacean-acoustics-expert__ce0d04dcb5:case-011	CASE-011	assets/images/cetacean-acoustics-expert__ce0d04dcb5/case-011/explicit_03_page_000.png	Section 1.2 'Definitions'	text_claim
task3:cetacean-acoustics-expert__ce0d04dcb5:case-011	CASE-011	assets/images/cetacean-acoustics-expert__ce0d04dcb5/case-011/explicit_04_page_000.png	Section 1.2 'Definitions'	text_claim

https://doi.org/10.1126/science.1164271

• Ссылка на статью: https://doi.org/10.1126/science.1164271
• Название: Stable prenucleation calcium carbonate clusters
• Идентификаторы: doi:10.1126/science.1164271
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:168bdb55d7:case-001	CASE-001	assets/images/168bdb55d7/case-001/explicit_01_page_003.png	Page 3, Figure 3; also interpret together with page 3 text around Figure 3 and Figure 4.	figure
task3:168bdb55d7:case-001	CASE-001	assets/images/168bdb55d7/case-001/explicit_02_page_003.png	Page 3, Figure 3; also interpret together with page 3 text around Figure 3 and Figure 4.	figure
task3:168bdb55d7:case-001	CASE-001	assets/images/168bdb55d7/case-001/explicit_03_page_003.png	Page 3, Figure 3; also interpret together with page 3 text around Figure 3 and Figure 4.	figure
task3:168bdb55d7:case-001	CASE-001	assets/images/168bdb55d7/case-001/explicit_04_page_003.png	Page 3, Figure 3; also interpret together with page 3 text around Figure 3 and Figure 4.	figure

https://doi.org/10.1134/S0021364024600782

• Ссылка на статью: https://doi.org/10.1134/S0021364024600782
• Название: Discrete Anisotropy Model of Heterogeneous Cardiac Tissue Predicting the Occurrence of Symmetry Breaking of Reentrant Activity
• Идентификаторы: 10.1134/S0021364024600782
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:c5c57bba7e:case-004	CASE-004	assets/images/c5c57bba7e/case-004/explicit_01_page_001.png	Fig 1	figure
task3:c5c57bba7e:case-004	CASE-004	assets/images/c5c57bba7e/case-004/explicit_02_page_001.png	Fig 1	figure
task3:c5c57bba7e:case-004	CASE-004	assets/images/c5c57bba7e/case-004/explicit_03_page_001.png	Fig 1	figure
task3:c5c57bba7e:case-004	CASE-004	assets/images/c5c57bba7e/case-004/explicit_04_page_001.png	Fig 1	figure

https://doi.org/10.1137/0217058

• Ссылка на статью: https://doi.org/10.1137/0217058
• Название: Nondeterministic Space is Closed Under Complementation
• Идентификаторы: doi: 10.1137/0217058
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:168bdb55d7:case-001	CASE-001	assets/images/168bdb55d7/case-001/explicit_01_page_002.png	p.2	formula
task3:168bdb55d7:case-001	CASE-001	assets/images/168bdb55d7/case-001/explicit_02_page_002.png	p.2	formula
task3:168bdb55d7:case-001	CASE-001	assets/images/168bdb55d7/case-001/explicit_03_page_002.png	p.2	formula
task3:168bdb55d7:case-001	CASE-001	assets/images/168bdb55d7/case-001/explicit_04_page_002.png	p.2	formula

https://doi.org/10.1142/S0129054116400062

• Ссылка на статью: https://doi.org/10.1142/S0129054116400062
• Название: Set Automata
• Идентификаторы: 10.1142/S0129054116400062
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:168bdb55d7:case-002	CASE-002	assets/images/168bdb55d7/case-002/explicit_01_page_012.png	p.12	figure
task3:168bdb55d7:case-002	CASE-002	assets/images/168bdb55d7/case-002/explicit_02_page_012.png	p.12	figure
task3:168bdb55d7:case-002	CASE-002	assets/images/168bdb55d7/case-002/explicit_03_page_000.png	p.12	figure
task3:168bdb55d7:case-002	CASE-002	assets/images/168bdb55d7/case-002/explicit_04_page_000.png	p.12	figure

https://doi.org/10.1145/177492.177575

• Ссылка на статью: https://doi.org/10.1145/177492.177575
• Название: Improvements to Graph Coloring Register Allocation
• Идентификаторы: doi:10.1145/177492.177575
• Использовано изображений/страниц: 32

sample_id	case_id	image	page_hint	evidence_kind
task3:vinarskii-aleksandr-anatolievich__7a574f0525:case-001	CASE-001	assets/images/vinarskii-aleksandr-anatolievich__7a574f0525/case-001/explicit_01_page_002.png	p. 432, Fig. 2	figure
task3:vinarskii-aleksandr-anatolievich__7a574f0525:case-001	CASE-001	assets/images/vinarskii-aleksandr-anatolievich__7a574f0525/case-001/explicit_02_page_002.png	p. 432, Fig. 2	figure
task3:vinarskii-aleksandr-anatolievich__7a574f0525:case-001	CASE-001	assets/images/vinarskii-aleksandr-anatolievich__7a574f0525/case-001/explicit_03_page_002.png	p. 432, Fig. 2	figure
task3:vinarskii-aleksandr-anatolievich__7a574f0525:case-001	CASE-001	assets/images/vinarskii-aleksandr-anatolievich__7a574f0525/case-001/explicit_04_page_002.png	p. 432, Fig. 2	figure
task3:vinarskii-aleksandr-anatolievich__7a574f0525:case-002	CASE-002	assets/images/vinarskii-aleksandr-anatolievich__7a574f0525/case-002/explicit_01_page_004.png	p. 436, Fig. 4	figure
task3:vinarskii-aleksandr-anatolievich__7a574f0525:case-002	CASE-002	assets/images/vinarskii-aleksandr-anatolievich__7a574f0525/case-002/explicit_02_page_004.png	p. 436, Fig. 4	figure
task3:vinarskii-aleksandr-anatolievich__7a574f0525:case-002	CASE-002	assets/images/vinarskii-aleksandr-anatolievich__7a574f0525/case-002/explicit_03_page_004.png	p. 436, Fig. 4	figure
task3:vinarskii-aleksandr-anatolievich__7a574f0525:case-002	CASE-002	assets/images/vinarskii-aleksandr-anatolievich__7a574f0525/case-002/explicit_04_page_004.png	p. 436, Fig. 4	figure
task3:vinarskii-aleksandr-anatolievich__7a574f0525:case-003	CASE-003	assets/images/vinarskii-aleksandr-anatolievich__7a574f0525/case-003/explicit_01_page_005.png	p. 438, Fig. 5	figure
task3:vinarskii-aleksandr-anatolievich__7a574f0525:case-003	CASE-003	assets/images/vinarskii-aleksandr-anatolievich__7a574f0525/case-003/explicit_02_page_005.png	p. 438, Fig. 5	figure
task3:vinarskii-aleksandr-anatolievich__7a574f0525:case-003	CASE-003	assets/images/vinarskii-aleksandr-anatolievich__7a574f0525/case-003/explicit_03_page_005.png	p. 438, Fig. 5	figure
task3:vinarskii-aleksandr-anatolievich__7a574f0525:case-003	CASE-003	assets/images/vinarskii-aleksandr-anatolievich__7a574f0525/case-003/explicit_04_page_005.png	p. 438, Fig. 5	figure
task3:vinarskii-aleksandr-anatolievich__7a574f0525:case-004	CASE-004	assets/images/vinarskii-aleksandr-anatolievich__7a574f0525/case-004/explicit_01_page_006.png	p. 440, Fig. 6	figure
task3:vinarskii-aleksandr-anatolievich__7a574f0525:case-004	CASE-004	assets/images/vinarskii-aleksandr-anatolievich__7a574f0525/case-004/explicit_02_page_006.png	p. 440, Fig. 6	figure
task3:vinarskii-aleksandr-anatolievich__7a574f0525:case-004	CASE-004	assets/images/vinarskii-aleksandr-anatolievich__7a574f0525/case-004/explicit_03_page_016.png	p. 440, Fig. 6	figure
task3:vinarskii-aleksandr-anatolievich__7a574f0525:case-004	CASE-004	assets/images/vinarskii-aleksandr-anatolievich__7a574f0525/case-004/explicit_04_page_016.png	p. 440, Fig. 6	figure
task3:vinarskii-aleksandr-anatolievich__7a574f0525:case-005	CASE-005	assets/images/vinarskii-aleksandr-anatolievich__7a574f0525/case-005/explicit_01_page_000.png	p. 446, Table I	table
task3:vinarskii-aleksandr-anatolievich__7a574f0525:case-005	CASE-005	assets/images/vinarskii-aleksandr-anatolievich__7a574f0525/case-005/explicit_02_page_000.png	p. 446, Table I	table
task3:vinarskii-aleksandr-anatolievich__7a574f0525:case-005	CASE-005	assets/images/vinarskii-aleksandr-anatolievich__7a574f0525/case-005/explicit_03_page_000.png	p. 446, Table I	table
task3:vinarskii-aleksandr-anatolievich__7a574f0525:case-005	CASE-005	assets/images/vinarskii-aleksandr-anatolievich__7a574f0525/case-005/explicit_04_page_000.png	p. 446, Table I	table
task3:vinarskii-aleksandr-anatolievich__7a574f0525:case-006	CASE-006	assets/images/vinarskii-aleksandr-anatolievich__7a574f0525/case-006/explicit_01_page_000.png	p. 446, Table II	table
task3:vinarskii-aleksandr-anatolievich__7a574f0525:case-006	CASE-006	assets/images/vinarskii-aleksandr-anatolievich__7a574f0525/case-006/explicit_02_page_000.png	p. 446, Table II	table
task3:vinarskii-aleksandr-anatolievich__7a574f0525:case-006	CASE-006	assets/images/vinarskii-aleksandr-anatolievich__7a574f0525/case-006/explicit_03_page_000.png	p. 446, Table II	table
task3:vinarskii-aleksandr-anatolievich__7a574f0525:case-006	CASE-006	assets/images/vinarskii-aleksandr-anatolievich__7a574f0525/case-006/explicit_04_page_000.png	p. 446, Table II	table
task3:vinarskii-aleksandr-anatolievich__7a574f0525:case-009	CASE-009	assets/images/vinarskii-aleksandr-anatolievich__7a574f0525/case-009/explicit_01_page_000.png	p. 448, Table III	table
task3:vinarskii-aleksandr-anatolievich__7a574f0525:case-009	CASE-009	assets/images/vinarskii-aleksandr-anatolievich__7a574f0525/case-009/explicit_02_page_000.png	p. 448, Table III	table
task3:vinarskii-aleksandr-anatolievich__7a574f0525:case-009	CASE-009	assets/images/vinarskii-aleksandr-anatolievich__7a574f0525/case-009/explicit_03_page_000.png	p. 448, Table III	table
task3:vinarskii-aleksandr-anatolievich__7a574f0525:case-009	CASE-009	assets/images/vinarskii-aleksandr-anatolievich__7a574f0525/case-009/explicit_04_page_000.png	p. 448, Table III	table
task3:vinarskii-aleksandr-anatolievich__7a574f0525:case-011	CASE-011	assets/images/vinarskii-aleksandr-anatolievich__7a574f0525/case-011/explicit_01_page_000.png	p. 428, abstract	page
task3:vinarskii-aleksandr-anatolievich__7a574f0525:case-011	CASE-011	assets/images/vinarskii-aleksandr-anatolievich__7a574f0525/case-011/explicit_02_page_000.png	p. 428, abstract	page
task3:vinarskii-aleksandr-anatolievich__7a574f0525:case-011	CASE-011	assets/images/vinarskii-aleksandr-anatolievich__7a574f0525/case-011/explicit_03_page_000.png	p. 428, abstract	page
task3:vinarskii-aleksandr-anatolievich__7a574f0525:case-011	CASE-011	assets/images/vinarskii-aleksandr-anatolievich__7a574f0525/case-011/explicit_04_page_000.png	p. 428, abstract	page

https://doi.org/10.1145/2402.322385

• Ссылка на статью: https://doi.org/10.1145/2402.322385
• Название: Smallest-Last Ordering and Clustering and Graph Coloring Algorithms
• Идентификаторы: doi:10.1145/2402.322385
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:vinarskii-aleksandr-anatolievich__7a574f0525:case-010	CASE-010	assets/images/vinarskii-aleksandr-anatolievich__7a574f0525/case-010/explicit_01_page_000.png	target paper pp. 434-435, discussion of Matula and Beck	page
task3:vinarskii-aleksandr-anatolievich__7a574f0525:case-010	CASE-010	assets/images/vinarskii-aleksandr-anatolievich__7a574f0525/case-010/explicit_02_page_000.png	target paper pp. 434-435, discussion of Matula and Beck	page
task3:vinarskii-aleksandr-anatolievich__7a574f0525:case-010	CASE-010	assets/images/vinarskii-aleksandr-anatolievich__7a574f0525/case-010/explicit_03_page_000.png	target paper pp. 434-435, discussion of Matula and Beck	page
task3:vinarskii-aleksandr-anatolievich__7a574f0525:case-010	CASE-010	assets/images/vinarskii-aleksandr-anatolievich__7a574f0525/case-010/explicit_04_page_000.png	target paper pp. 434-435, discussion of Matula and Beck	page

https://doi.org/10.1145/800135.804426

• Ссылка на статью: https://doi.org/10.1145/800135.804426
• Название: Deterministic CFL's are accepted simultaneously in polynomial time and log squared space
• Идентификаторы: hps://dl.acm.org/doi/10.1145/800135.804426
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:168bdb55d7:case-004	CASE-004	assets/images/168bdb55d7/case-004/explicit_01_page_000.png		figure_or_table
task3:168bdb55d7:case-004	CASE-004	assets/images/168bdb55d7/case-004/explicit_02_page_000.png		figure_or_table
task3:168bdb55d7:case-004	CASE-004	assets/images/168bdb55d7/case-004/explicit_03_page_000.png		figure_or_table
task3:168bdb55d7:case-004	CASE-004	assets/images/168bdb55d7/case-004/explicit_04_page_000.png		figure_or_table

https://doi.org/10.1145/800230.806984

• Ссылка на статью: https://doi.org/10.1145/800230.806984
• Название: Register Allocation and Spilling via Graph Coloring
• Идентификаторы: doi:10.1145/800230.806984
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:vinarskii-aleksandr-anatolievich__7a574f0525:case-008	CASE-008	assets/images/vinarskii-aleksandr-anatolievich__7a574f0525/case-008/explicit_01_page_000.png	target paper p. 429, related work / Chaitin 1982	page
task3:vinarskii-aleksandr-anatolievich__7a574f0525:case-008	CASE-008	assets/images/vinarskii-aleksandr-anatolievich__7a574f0525/case-008/explicit_02_page_000.png	target paper p. 429, related work / Chaitin 1982	page
task3:vinarskii-aleksandr-anatolievich__7a574f0525:case-008	CASE-008	assets/images/vinarskii-aleksandr-anatolievich__7a574f0525/case-008/explicit_03_page_000.png	target paper p. 429, related work / Chaitin 1982	page
task3:vinarskii-aleksandr-anatolievich__7a574f0525:case-008	CASE-008	assets/images/vinarskii-aleksandr-anatolievich__7a574f0525/case-008/explicit_04_page_000.png	target paper p. 429, related work / Chaitin 1982	page

https://doi.org/10.1152/ajpheart.00794.2003

• Ссылка на статью: https://doi.org/10.1152/ajpheart.00794.2003
• Название: A model for human ventricular tissue
• Идентификаторы: doi:10.1152/ajpheart.00794.2003
• Использовано изображений/страниц: 8

sample_id	case_id	image	page_hint	evidence_kind
task3:semidetnov-ivan__cardiac-electrophysiology-doi-set__20260427:case-004	CASE-004	assets/images/semidetnov-ivan__cardiac-electrophysiology-doi-set__20260427/case-004/explicit_01_page_000.png	Model equations / current definitions / AP trace and restitution-style figures	formula
task3:semidetnov-ivan__cardiac-electrophysiology-doi-set__20260427:case-004	CASE-004	assets/images/semidetnov-ivan__cardiac-electrophysiology-doi-set__20260427/case-004/explicit_02_page_000.png	Model equations / current definitions / AP trace and restitution-style figures	formula
task3:semidetnov-ivan__cardiac-electrophysiology-doi-set__20260427:case-004	CASE-004	assets/images/semidetnov-ivan__cardiac-electrophysiology-doi-set__20260427/case-004/explicit_03_page_000.png	Model equations / current definitions / AP trace and restitution-style figures	formula
task3:semidetnov-ivan__cardiac-electrophysiology-doi-set__20260427:case-004	CASE-004	assets/images/semidetnov-ivan__cardiac-electrophysiology-doi-set__20260427/case-004/explicit_04_page_000.png	Model equations / current definitions / AP trace and restitution-style figures	formula
task3:semidetnov-ivan__cardiac-electrophysiology-doi-set__20260427:case-009	CASE-009	assets/images/semidetnov-ivan__cardiac-electrophysiology-doi-set__20260427/case-009/explicit_01_page_000.png	AP traces / restitution curves / time-dependent gating variables in model outputs	figure_or_table
task3:semidetnov-ivan__cardiac-electrophysiology-doi-set__20260427:case-009	CASE-009	assets/images/semidetnov-ivan__cardiac-electrophysiology-doi-set__20260427/case-009/explicit_02_page_000.png	AP traces / restitution curves / time-dependent gating variables in model outputs	figure_or_table
task3:semidetnov-ivan__cardiac-electrophysiology-doi-set__20260427:case-009	CASE-009	assets/images/semidetnov-ivan__cardiac-electrophysiology-doi-set__20260427/case-009/explicit_03_page_000.png	AP traces / restitution curves / time-dependent gating variables in model outputs	figure_or_table
task3:semidetnov-ivan__cardiac-electrophysiology-doi-set__20260427:case-009	CASE-009	assets/images/semidetnov-ivan__cardiac-electrophysiology-doi-set__20260427/case-009/explicit_04_page_000.png	AP traces / restitution curves / time-dependent gating variables in model outputs	figure_or_table

https://doi.org/10.1152/physrev.00025.2003

• Ссылка на статью: https://doi.org/10.1152/physrev.00025.2003
• Название: Basic Mechanisms of Cardiac Impulse Propagation and Associated Arrhythmias
• Идентификаторы: doi:10.1152/physrev.00025.2003
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:semidetnov-ivan__cardiac-electrophysiology-doi-set__20260427:case-011	CASE-011	assets/images/semidetnov-ivan__cardiac-electrophysiology-doi-set__20260427/case-011/explicit_01_page_000.png	Abstract / introduction-level review summary	page
task3:semidetnov-ivan__cardiac-electrophysiology-doi-set__20260427:case-011	CASE-011	assets/images/semidetnov-ivan__cardiac-electrophysiology-doi-set__20260427/case-011/explicit_02_page_000.png	Abstract / introduction-level review summary	page
task3:semidetnov-ivan__cardiac-electrophysiology-doi-set__20260427:case-011	CASE-011	assets/images/semidetnov-ivan__cardiac-electrophysiology-doi-set__20260427/case-011/explicit_03_page_000.png	Abstract / introduction-level review summary	page
task3:semidetnov-ivan__cardiac-electrophysiology-doi-set__20260427:case-011	CASE-011	assets/images/semidetnov-ivan__cardiac-electrophysiology-doi-set__20260427/case-011/explicit_04_page_000.png	Abstract / introduction-level review summary	page

https://doi.org/10.1161/01.RES.0000130529.18016.35

• Ссылка на статью: https://doi.org/10.1161/01.RES.0000130529.18016.35
• Название: Optical Imaging of the Heart
• Идентификаторы: doi:10.1161/01.RES.0000130529.18016.35
• Использовано изображений/страниц: 8

sample_id	case_id	image	page_hint	evidence_kind
task3:semidetnov-ivan__cardiac-electrophysiology-doi-set__20260427:case-005	CASE-005	assets/images/semidetnov-ivan__cardiac-electrophysiology-doi-set__20260427/case-005/explicit_01_page_000.png	Review figures/tables on optical mapping, voltage-sensitive dyes, activation and repolarization maps	mixed
task3:semidetnov-ivan__cardiac-electrophysiology-doi-set__20260427:case-005	CASE-005	assets/images/semidetnov-ivan__cardiac-electrophysiology-doi-set__20260427/case-005/explicit_02_page_000.png	Review figures/tables on optical mapping, voltage-sensitive dyes, activation and repolarization maps	mixed
task3:semidetnov-ivan__cardiac-electrophysiology-doi-set__20260427:case-005	CASE-005	assets/images/semidetnov-ivan__cardiac-electrophysiology-doi-set__20260427/case-005/explicit_03_page_000.png	Review figures/tables on optical mapping, voltage-sensitive dyes, activation and repolarization maps	mixed
task3:semidetnov-ivan__cardiac-electrophysiology-doi-set__20260427:case-005	CASE-005	assets/images/semidetnov-ivan__cardiac-electrophysiology-doi-set__20260427/case-005/explicit_04_page_000.png	Review figures/tables on optical mapping, voltage-sensitive dyes, activation and repolarization maps	mixed
task3:semidetnov-ivan__cardiac-electrophysiology-doi-set__20260427:case-012	CASE-012	assets/images/semidetnov-ivan__cardiac-electrophysiology-doi-set__20260427/case-012/explicit_01_page_000.png	Abstract / review overview of optical techniques in cardiac electrophysiology	page
task3:semidetnov-ivan__cardiac-electrophysiology-doi-set__20260427:case-012	CASE-012	assets/images/semidetnov-ivan__cardiac-electrophysiology-doi-set__20260427/case-012/explicit_02_page_000.png	Abstract / review overview of optical techniques in cardiac electrophysiology	page
task3:semidetnov-ivan__cardiac-electrophysiology-doi-set__20260427:case-012	CASE-012	assets/images/semidetnov-ivan__cardiac-electrophysiology-doi-set__20260427/case-012/explicit_03_page_000.png	Abstract / review overview of optical techniques in cardiac electrophysiology	page
task3:semidetnov-ivan__cardiac-electrophysiology-doi-set__20260427:case-012	CASE-012	assets/images/semidetnov-ivan__cardiac-electrophysiology-doi-set__20260427/case-012/explicit_04_page_000.png	Abstract / review overview of optical techniques in cardiac electrophysiology	page

https://doi.org/10.1371/journal.pcbi.1006597

• Ссылка на статью: https://doi.org/10.1371/journal.pcbi.1006597
• Название: Self-organization of conducting pathways explains electrical wave propagation in cardiac tissues with high fraction of non-conducting cells
• Идентификаторы: 10.1371/journal.pcbi.1006597, doi:10.1371/journal.pcbi.1006597
• Использовано изображений/страниц: 28

sample_id	case_id	image	page_hint	evidence_kind
task3:c5c57bba7e:case-001	CASE-001	assets/images/c5c57bba7e/case-001/explicit_01_page_000.png	Fig 6b	figure
task3:c5c57bba7e:case-001	CASE-001	assets/images/c5c57bba7e/case-001/explicit_02_page_000.png	Fig 6b	figure
task3:c5c57bba7e:case-001	CASE-001	assets/images/c5c57bba7e/case-001/explicit_03_page_000.png	Fig 6b	figure
task3:c5c57bba7e:case-001	CASE-001	assets/images/c5c57bba7e/case-001/explicit_04_page_000.png	Fig 6b	figure
task3:c5c57bba7e:case-002	CASE-002	assets/images/c5c57bba7e/case-002/explicit_01_page_001.png	Table 1	table
task3:c5c57bba7e:case-002	CASE-002	assets/images/c5c57bba7e/case-002/explicit_02_page_001.png	Table 1	table
task3:c5c57bba7e:case-002	CASE-002	assets/images/c5c57bba7e/case-002/explicit_03_page_001.png	Table 1	table
task3:c5c57bba7e:case-002	CASE-002	assets/images/c5c57bba7e/case-002/explicit_04_page_001.png	Table 1	table
task3:c5c57bba7e:case-003	CASE-003	assets/images/c5c57bba7e/case-003/explicit_01_page_000.png	Eq 2	formula
task3:c5c57bba7e:case-003	CASE-003	assets/images/c5c57bba7e/case-003/explicit_02_page_000.png	Eq 2	formula
task3:c5c57bba7e:case-003	CASE-003	assets/images/c5c57bba7e/case-003/explicit_03_page_000.png	Eq 2	formula
task3:c5c57bba7e:case-003	CASE-003	assets/images/c5c57bba7e/case-003/explicit_04_page_000.png	Eq 2	formula
task3:c5c57bba7e:case-011	CASE-011	assets/images/c5c57bba7e/case-011/explicit_01_page_000.png	Abstract	page
task3:c5c57bba7e:case-011	CASE-011	assets/images/c5c57bba7e/case-011/explicit_02_page_000.png	Abstract	page
task3:c5c57bba7e:case-011	CASE-011	assets/images/c5c57bba7e/case-011/explicit_03_page_000.png	Abstract	page
task3:c5c57bba7e:case-011	CASE-011	assets/images/c5c57bba7e/case-011/explicit_04_page_000.png	Abstract	page
task3:semidetnov-ivan__cardiac-electrophysiology-doi-set__20260427:case-001	CASE-001	assets/images/semidetnov-ivan__cardiac-electrophysiology-doi-set__20260427/case-001/explicit_01_page_001.png	Fig. 1: activation map, blocked regions, main propagation pathways, velocity decay and percolation threshold	figure
task3:semidetnov-ivan__cardiac-electrophysiology-doi-set__20260427:case-001	CASE-001	assets/images/semidetnov-ivan__cardiac-electrophysiology-doi-set__20260427/case-001/explicit_02_page_001.png	Fig. 1: activation map, blocked regions, main propagation pathways, velocity decay and percolation threshold	figure
task3:semidetnov-ivan__cardiac-electrophysiology-doi-set__20260427:case-001	CASE-001	assets/images/semidetnov-ivan__cardiac-electrophysiology-doi-set__20260427/case-001/explicit_03_page_001.png	Fig. 1: activation map, blocked regions, main propagation pathways, velocity decay and percolation threshold	figure
task3:semidetnov-ivan__cardiac-electrophysiology-doi-set__20260427:case-001	CASE-001	assets/images/semidetnov-ivan__cardiac-electrophysiology-doi-set__20260427/case-001/explicit_04_page_001.png	Fig. 1: activation map, blocked regions, main propagation pathways, velocity decay and percolation threshold	figure
task3:semidetnov-ivan__cardiac-electrophysiology-doi-set__20260427:case-002	CASE-002	assets/images/semidetnov-ivan__cardiac-electrophysiology-doi-set__20260427/case-002/explicit_01_page_016.png	Fig. 6 and Table 1: virtual monolayers, E bond conditions, velocity vs density, percolation threshold	figure_or_table
task3:semidetnov-ivan__cardiac-electrophysiology-doi-set__20260427:case-002	CASE-002	assets/images/semidetnov-ivan__cardiac-electrophysiology-doi-set__20260427/case-002/explicit_02_page_016.png	Fig. 6 and Table 1: virtual monolayers, E bond conditions, velocity vs density, percolation threshold	figure_or_table
task3:semidetnov-ivan__cardiac-electrophysiology-doi-set__20260427:case-002	CASE-002	assets/images/semidetnov-ivan__cardiac-electrophysiology-doi-set__20260427/case-002/explicit_03_page_001.png	Fig. 6 and Table 1: virtual monolayers, E bond conditions, velocity vs density, percolation threshold	figure_or_table
task3:semidetnov-ivan__cardiac-electrophysiology-doi-set__20260427:case-002	CASE-002	assets/images/semidetnov-ivan__cardiac-electrophysiology-doi-set__20260427/case-002/explicit_04_page_001.png	Fig. 6 and Table 1: virtual monolayers, E bond conditions, velocity vs density, percolation threshold	figure_or_table
task3:semidetnov-ivan__cardiac-electrophysiology-doi-set__20260427:case-008	CASE-008	assets/images/semidetnov-ivan__cardiac-electrophysiology-doi-set__20260427/case-008/explicit_01_page_000.png	Fig. 1a and S1 Video: activation times, repeated blocks, delayed propagation into left/right regions	figure
task3:semidetnov-ivan__cardiac-electrophysiology-doi-set__20260427:case-008	CASE-008	assets/images/semidetnov-ivan__cardiac-electrophysiology-doi-set__20260427/case-008/explicit_02_page_000.png	Fig. 1a and S1 Video: activation times, repeated blocks, delayed propagation into left/right regions	figure
task3:semidetnov-ivan__cardiac-electrophysiology-doi-set__20260427:case-008	CASE-008	assets/images/semidetnov-ivan__cardiac-electrophysiology-doi-set__20260427/case-008/explicit_03_page_000.png	Fig. 1a and S1 Video: activation times, repeated blocks, delayed propagation into left/right regions	figure
task3:semidetnov-ivan__cardiac-electrophysiology-doi-set__20260427:case-008	CASE-008	assets/images/semidetnov-ivan__cardiac-electrophysiology-doi-set__20260427/case-008/explicit_04_page_000.png	Fig. 1a and S1 Video: activation times, repeated blocks, delayed propagation into left/right regions	figure

https://doi.org/10.1371/journal.pone.0053653

• Ссылка на статью: https://doi.org/10.1371/journal.pone.0053653
• Название: Fusobacterium Is Associated with Colorectal Adenomas
• Идентификаторы: doi:10.1371/journal.pone.0053653
• Использовано изображений/страниц: 32

sample_id	case_id	image	page_hint	evidence_kind
task3:dosi_onur_task3:case-001	CASE-001	assets/images/dosi_onur_task3/case-001/explicit_01_page_001.png	p.2, Fig.1	figure
task3:dosi_onur_task3:case-001	CASE-001	assets/images/dosi_onur_task3/case-001/explicit_02_page_001.png	p.2, Fig.1	figure
task3:dosi_onur_task3:case-001	CASE-001	assets/images/dosi_onur_task3/case-001/explicit_03_page_001.png	p.2, Fig.1	figure
task3:dosi_onur_task3:case-001	CASE-001	assets/images/dosi_onur_task3/case-001/explicit_04_page_001.png	p.2, Fig.1	figure
task3:dosi_onur_task3:case-002	CASE-002	assets/images/dosi_onur_task3/case-002/explicit_01_page_002.png	p.2, Table 2	table
task3:dosi_onur_task3:case-002	CASE-002	assets/images/dosi_onur_task3/case-002/explicit_02_page_002.png	p.2, Table 2	table
task3:dosi_onur_task3:case-002	CASE-002	assets/images/dosi_onur_task3/case-002/explicit_03_page_002.png	p.2, Table 2	table
task3:dosi_onur_task3:case-002	CASE-002	assets/images/dosi_onur_task3/case-002/explicit_04_page_002.png	p.2, Table 2	table
task3:dosi_onur_task3:case-003	CASE-003	assets/images/dosi_onur_task3/case-003/explicit_01_page_003.png	p.4, Fig.3	figure
task3:dosi_onur_task3:case-003	CASE-003	assets/images/dosi_onur_task3/case-003/explicit_02_page_003.png	p.4, Fig.3	figure
task3:dosi_onur_task3:case-003	CASE-003	assets/images/dosi_onur_task3/case-003/explicit_03_page_003.png	p.4, Fig.3	figure
task3:dosi_onur_task3:case-003	CASE-003	assets/images/dosi_onur_task3/case-003/explicit_04_page_003.png	p.4, Fig.3	figure
task3:dosi_onur_task3:case-004	CASE-004	assets/images/dosi_onur_task3/case-004/explicit_01_page_004.png	p.4, Fig.4	figure
task3:dosi_onur_task3:case-004	CASE-004	assets/images/dosi_onur_task3/case-004/explicit_02_page_004.png	p.4, Fig.4	figure
task3:dosi_onur_task3:case-004	CASE-004	assets/images/dosi_onur_task3/case-004/explicit_03_page_004.png	p.4, Fig.4	figure
task3:dosi_onur_task3:case-004	CASE-004	assets/images/dosi_onur_task3/case-004/explicit_04_page_004.png	p.4, Fig.4	figure
task3:dosi_onur_task3:case-005	CASE-005	assets/images/dosi_onur_task3/case-005/explicit_01_page_002.png	p.3, Fig.2	figure
task3:dosi_onur_task3:case-005	CASE-005	assets/images/dosi_onur_task3/case-005/explicit_02_page_002.png	p.3, Fig.2	figure
task3:dosi_onur_task3:case-005	CASE-005	assets/images/dosi_onur_task3/case-005/explicit_03_page_002.png	p.3, Fig.2	figure
task3:dosi_onur_task3:case-005	CASE-005	assets/images/dosi_onur_task3/case-005/explicit_04_page_002.png	p.3, Fig.2	figure
task3:dosi_onur_task3:case-006	CASE-006	assets/images/dosi_onur_task3/case-006/explicit_01_page_012.png	p.2, Fig.1; Table 2	figure_or_table
task3:dosi_onur_task3:case-006	CASE-006	assets/images/dosi_onur_task3/case-006/explicit_02_page_012.png	p.2, Fig.1; Table 2	figure_or_table
task3:dosi_onur_task3:case-006	CASE-006	assets/images/dosi_onur_task3/case-006/explicit_03_page_002.png	p.2, Fig.1; Table 2	figure_or_table
task3:dosi_onur_task3:case-006	CASE-006	assets/images/dosi_onur_task3/case-006/explicit_04_page_002.png	p.2, Fig.1; Table 2	figure_or_table
task3:dosi_onur_task3:case-008	CASE-008	assets/images/dosi_onur_task3/case-008/explicit_01_page_012.png	p.2–4, Fig.1; Table 2; Fig.4	figure_or_table
task3:dosi_onur_task3:case-008	CASE-008	assets/images/dosi_onur_task3/case-008/explicit_02_page_012.png	p.2–4, Fig.1; Table 2; Fig.4	figure_or_table
task3:dosi_onur_task3:case-008	CASE-008	assets/images/dosi_onur_task3/case-008/explicit_03_page_014.png	p.2–4, Fig.1; Table 2; Fig.4	figure_or_table
task3:dosi_onur_task3:case-008	CASE-008	assets/images/dosi_onur_task3/case-008/explicit_04_page_014.png	p.2–4, Fig.1; Table 2; Fig.4	figure_or_table
task3:dosi_onur_task3:case-011	CASE-011	assets/images/dosi_onur_task3/case-011/explicit_01_page_001.png	p.1	page
task3:dosi_onur_task3:case-011	CASE-011	assets/images/dosi_onur_task3/case-011/explicit_02_page_001.png	p.1	page
task3:dosi_onur_task3:case-011	CASE-011	assets/images/dosi_onur_task3/case-011/explicit_03_page_001.png	p.1	page
task3:dosi_onur_task3:case-011	CASE-011	assets/images/dosi_onur_task3/case-011/explicit_04_page_001.png	p.1	page

https://doi.org/10.1371/journal.pone.0204086

• Ссылка на статью: https://doi.org/10.1371/journal.pone.0204086
• Название: Genetic associations and phenotypic heterogeneity in the craniosynostotic rabbit
• Идентификаторы: DOI: 10.1371/journal.pone.0204086
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:orlova_daria:case-012	CASE-012	assets/images/orlova_daria/case-012/explicit_01_page_004.png	p.4	formula
task3:orlova_daria:case-012	CASE-012	assets/images/orlova_daria/case-012/explicit_02_page_004.png	p.4	formula
task3:orlova_daria:case-012	CASE-012	assets/images/orlova_daria/case-012/explicit_03_page_004.png	p.4	formula
task3:orlova_daria:case-012	CASE-012	assets/images/orlova_daria/case-012/explicit_04_page_004.png	p.4	formula

https://doi.org/10.1371/journal.pone.0284562

• Ссылка на статью: https://doi.org/10.1371/journal.pone.0284562
• Название: Zebrafish (Danio rerio) larvae as a predictive model to study gentamicin-induced structural alterations of the kidney
• Идентификаторы: DOI: 10.1371/journal.pone.0284562
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:orlova_daria:case-005	CASE-005	assets/images/orlova_daria/case-005/explicit_01_page_002.png	p.7, Fig.2	figure
task3:orlova_daria:case-005	CASE-005	assets/images/orlova_daria/case-005/explicit_02_page_002.png	p.7, Fig.2	figure
task3:orlova_daria:case-005	CASE-005	assets/images/orlova_daria/case-005/explicit_03_page_002.png	p.7, Fig.2	figure
task3:orlova_daria:case-005	CASE-005	assets/images/orlova_daria/case-005/explicit_04_page_002.png	p.7, Fig.2	figure

https://doi.org/10.1557/s43577-022-00407-1

• Ссылка на статью: https://doi.org/10.1557/s43577-022-00407-1
• Название: Machine Learning for Molecular Simulations of Crystal Nucleation and Growth
• Идентификаторы: doi:10.1557/s43577-022-00407-1
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:168bdb55d7:case-005	CASE-005	assets/images/168bdb55d7/case-005/explicit_01_page_002.png	Page 6, Figure 3; especially panels 3b–3c. Page 4, Figure 2 is a useful secondary reference for reaction-coordinate quality.	figure
task3:168bdb55d7:case-005	CASE-005	assets/images/168bdb55d7/case-005/explicit_02_page_002.png	Page 6, Figure 3; especially panels 3b–3c. Page 4, Figure 2 is a useful secondary reference for reaction-coordinate quality.	figure
task3:168bdb55d7:case-005	CASE-005	assets/images/168bdb55d7/case-005/explicit_03_page_002.png	Page 6, Figure 3; especially panels 3b–3c. Page 4, Figure 2 is a useful secondary reference for reaction-coordinate quality.	figure
task3:168bdb55d7:case-005	CASE-005	assets/images/168bdb55d7/case-005/explicit_04_page_002.png	Page 6, Figure 3; especially panels 3b–3c. Page 4, Figure 2 is a useful secondary reference for reaction-coordinate quality.	figure

https://doi.org/10.21046/2070-7401-2022-19-1-107-122

• Ссылка на статью: https://doi.org/10.21046/2070-7401-2022-19-1-107-122
• Название: Дистанционное зондирование. Методы и модели и методы обработки изображений
• Идентификаторы: 10.21046/2070-7401-2022-19-1-107-122
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:9b54231119:case-002	CASE-002	assets/images/9b54231119/case-002/explicit_01_page_001.png	p.2, Table 1	table
task3:9b54231119:case-002	CASE-002	assets/images/9b54231119/case-002/explicit_02_page_001.png	p.2, Table 1	table
task3:9b54231119:case-002	CASE-002	assets/images/9b54231119/case-002/explicit_03_page_001.png	p.2, Table 1	table
task3:9b54231119:case-002	CASE-002	assets/images/9b54231119/case-002/explicit_04_page_001.png	p.2, Table 1	table

https://doi.org/10.2139/ssrn.4084713

• Ссылка на статью: https://doi.org/10.2139/ssrn.4084713
• Название: PGTCN: A Novel Password-Guessing Model Based on Temporal Convolution Network
• Идентификаторы: 10.2139/ssrn.4084713
• Использовано изображений/страниц: 8

sample_id	case_id	image	page_hint	evidence_kind
task3:5ad3fe3294:case-007	CASE-007	assets/images/5ad3fe3294/case-007/explicit_01_page_005.png	Table 5	table
task3:5ad3fe3294:case-007	CASE-007	assets/images/5ad3fe3294/case-007/explicit_02_page_005.png	Table 5	table
task3:5ad3fe3294:case-007	CASE-007	assets/images/5ad3fe3294/case-007/explicit_03_page_005.png	Table 5	table
task3:5ad3fe3294:case-007	CASE-007	assets/images/5ad3fe3294/case-007/explicit_04_page_005.png	Table 5	table
task3:5ad3fe3294:case-008	CASE-008	assets/images/5ad3fe3294/case-008/explicit_01_page_009.png	Fig. 9	figure
task3:5ad3fe3294:case-008	CASE-008	assets/images/5ad3fe3294/case-008/explicit_02_page_009.png	Fig. 9	figure
task3:5ad3fe3294:case-008	CASE-008	assets/images/5ad3fe3294/case-008/explicit_03_page_019.png	Fig. 9	figure
task3:5ad3fe3294:case-008	CASE-008	assets/images/5ad3fe3294/case-008/explicit_04_page_019.png	Fig. 9	figure

https://doi.org/10.24294/jipd9441

• Ссылка на статью: https://doi.org/10.24294/jipd9441
• Название: Enhancing secure access through time-stamped password analysis
• Идентификаторы: 10.24294/jipd9441
• Использовано изображений/страниц: 8

sample_id	case_id	image	page_hint	evidence_kind
task3:5ad3fe3294:case-009	CASE-009	assets/images/5ad3fe3294/case-009/explicit_01_page_003.png	Fig. 3, Fig. 4, Fig. 5	figure
task3:5ad3fe3294:case-009	CASE-009	assets/images/5ad3fe3294/case-009/explicit_02_page_003.png	Fig. 3, Fig. 4, Fig. 5	figure
task3:5ad3fe3294:case-009	CASE-009	assets/images/5ad3fe3294/case-009/explicit_03_page_003.png	Fig. 3, Fig. 4, Fig. 5	figure
task3:5ad3fe3294:case-009	CASE-009	assets/images/5ad3fe3294/case-009/explicit_04_page_003.png	Fig. 3, Fig. 4, Fig. 5	figure
task3:5ad3fe3294:case-010	CASE-010	assets/images/5ad3fe3294/case-010/explicit_01_page_002.png	Table 2	table
task3:5ad3fe3294:case-010	CASE-010	assets/images/5ad3fe3294/case-010/explicit_02_page_002.png	Table 2	table
task3:5ad3fe3294:case-010	CASE-010	assets/images/5ad3fe3294/case-010/explicit_03_page_002.png	Table 2	table
task3:5ad3fe3294:case-010	CASE-010	assets/images/5ad3fe3294/case-010/explicit_04_page_002.png	Table 2	table

https://doi.org/10.25209/2079-3316-2018-9-4-417-442

• Ссылка на статью: https://doi.org/10.25209/2079-3316-2018-9-4-417-442
• Название: Modern methods for intelligent processing of Earth remote sensing data
• Идентификаторы: 10.25209/2079-3316-2018-9-4-417-442
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:9b54231119:case-001	CASE-001	assets/images/9b54231119/case-001/explicit_01_page_001.png	p.1	page
task3:9b54231119:case-001	CASE-001	assets/images/9b54231119/case-001/explicit_02_page_001.png	p.1	page
task3:9b54231119:case-001	CASE-001	assets/images/9b54231119/case-001/explicit_03_page_001.png	p.1	page
task3:9b54231119:case-001	CASE-001	assets/images/9b54231119/case-001/explicit_04_page_001.png	p.1	page

https://doi.org/10.3389/fmars.2021.736486

• Ссылка на статью: https://doi.org/10.3389/fmars.2021.736486
• Название: Acoustic identification of beaked whales using machine learning
• Идентификаторы: 10.3389/fmars.2021.736486
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:cetacean-acoustics-expert__ce0d04dcb5:case-006	CASE-006	assets/images/cetacean-acoustics-expert__ce0d04dcb5/case-006/explicit_01_page_014.png	Fig. 4 — FM sweep templates per species; Table 1 click params	figure_or_table
task3:cetacean-acoustics-expert__ce0d04dcb5:case-006	CASE-006	assets/images/cetacean-acoustics-expert__ce0d04dcb5/case-006/explicit_02_page_014.png	Fig. 4 — FM sweep templates per species; Table 1 click params	figure_or_table
task3:cetacean-acoustics-expert__ce0d04dcb5:case-006	CASE-006	assets/images/cetacean-acoustics-expert__ce0d04dcb5/case-006/explicit_03_page_001.png	Fig. 4 — FM sweep templates per species; Table 1 click params	figure_or_table
task3:cetacean-acoustics-expert__ce0d04dcb5:case-006	CASE-006	assets/images/cetacean-acoustics-expert__ce0d04dcb5/case-006/explicit_04_page_001.png	Fig. 4 — FM sweep templates per species; Table 1 click params	figure_or_table

https://doi.org/10.3389/fnmol.2023.1153230

• Ссылка на статью: https://doi.org/10.3389/fnmol.2023.1153230
• Название: Biomarkers for predicting the severity of spinal cord injury by proteomic analysis
• Идентификаторы: DOI: 10.3389/fnmol.2023.1153230
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:orlova_daria:case-010	CASE-010	assets/images/orlova_daria/case-010/explicit_01_page_004.png	p.7, Fig.4	figure_or_table
task3:orlova_daria:case-010	CASE-010	assets/images/orlova_daria/case-010/explicit_02_page_004.png	p.7, Fig.4	figure_or_table
task3:orlova_daria:case-010	CASE-010	assets/images/orlova_daria/case-010/explicit_03_page_004.png	p.7, Fig.4	figure_or_table
task3:orlova_daria:case-010	CASE-010	assets/images/orlova_daria/case-010/explicit_04_page_004.png	p.7, Fig.4	figure_or_table

https://doi.org/10.3390/aerospace12080655

• Ссылка на статью: https://doi.org/10.3390/aerospace12080655
• Название: OSIRIS4CubeSat—The World’s Smallest Commercially Available Laser Communication Terminal
• Идентификаторы: 10.3390/aerospace12080655
• Использовано изображений/страниц: 12

sample_id	case_id	image	page_hint	evidence_kind
task3:ca35bd9ad6:case-010	CASE-010	assets/images/ca35bd9ad6/case-010/explicit_01_page_002.png	p.5, Fig. 2	figure_or_table
task3:ca35bd9ad6:case-010	CASE-010	assets/images/ca35bd9ad6/case-010/explicit_02_page_002.png	p.5, Fig. 2	figure_or_table
task3:ca35bd9ad6:case-010	CASE-010	assets/images/ca35bd9ad6/case-010/explicit_03_page_002.png	p.5, Fig. 2	figure_or_table
task3:ca35bd9ad6:case-010	CASE-010	assets/images/ca35bd9ad6/case-010/explicit_04_page_002.png	p.5, Fig. 2	figure_or_table
task3:ca35bd9ad6:case-011	CASE-011	assets/images/ca35bd9ad6/case-011/explicit_01_page_006.png	p.8, Fig. 6	mixed
task3:ca35bd9ad6:case-011	CASE-011	assets/images/ca35bd9ad6/case-011/explicit_02_page_006.png	p.8, Fig. 6	mixed
task3:ca35bd9ad6:case-011	CASE-011	assets/images/ca35bd9ad6/case-011/explicit_03_page_016.png	p.8, Fig. 6	mixed
task3:ca35bd9ad6:case-011	CASE-011	assets/images/ca35bd9ad6/case-011/explicit_04_page_016.png	p.8, Fig. 6	mixed
task3:ca35bd9ad6:case-012	CASE-012	assets/images/ca35bd9ad6/case-012/explicit_01_page_007.png	p.7, Text section	page
task3:ca35bd9ad6:case-012	CASE-012	assets/images/ca35bd9ad6/case-012/explicit_02_page_007.png	p.7, Text section	page
task3:ca35bd9ad6:case-012	CASE-012	assets/images/ca35bd9ad6/case-012/explicit_03_page_000.png	p.7, Text section	page
task3:ca35bd9ad6:case-012	CASE-012	assets/images/ca35bd9ad6/case-012/explicit_04_page_000.png	p.7, Text section	page

https://doi.org/10.3390/biom15091288

• Ссылка на статью: https://doi.org/10.3390/biom15091288
• Название: Postmortem Stability Analysis of Lipids and Polar Metabolites in Human, Rat, and Mouse Brains
• Идентификаторы: doi: 10.3390/biom15091288
• Использовано изображений/страниц: 12

sample_id	case_id	image	page_hint	evidence_kind
task3:91f2284dbc:case-002	CASE-002	assets/images/91f2284dbc/case-002/explicit_01_page_000.png	Fig.2A,B	figure_or_table
task3:91f2284dbc:case-002	CASE-002	assets/images/91f2284dbc/case-002/explicit_02_page_000.png	Fig.2A,B	figure_or_table
task3:91f2284dbc:case-002	CASE-002	assets/images/91f2284dbc/case-002/explicit_03_page_000.png	Fig.2A,B	figure_or_table
task3:91f2284dbc:case-002	CASE-002	assets/images/91f2284dbc/case-002/explicit_04_page_000.png	Fig.2A,B	figure_or_table
task3:91f2284dbc:case-003	CASE-003	assets/images/91f2284dbc/case-003/explicit_01_page_003.png	Fig.3	figure_or_table
task3:91f2284dbc:case-003	CASE-003	assets/images/91f2284dbc/case-003/explicit_02_page_003.png	Fig.3	figure_or_table
task3:91f2284dbc:case-003	CASE-003	assets/images/91f2284dbc/case-003/explicit_03_page_003.png	Fig.3	figure_or_table
task3:91f2284dbc:case-003	CASE-003	assets/images/91f2284dbc/case-003/explicit_04_page_003.png	Fig.3	figure_or_table
task3:91f2284dbc:case-004	CASE-004	assets/images/91f2284dbc/case-004/explicit_01_page_000.png	Fig.4A	figure_or_table
task3:91f2284dbc:case-004	CASE-004	assets/images/91f2284dbc/case-004/explicit_02_page_000.png	Fig.4A	figure_or_table
task3:91f2284dbc:case-004	CASE-004	assets/images/91f2284dbc/case-004/explicit_03_page_000.png	Fig.4A	figure_or_table
task3:91f2284dbc:case-004	CASE-004	assets/images/91f2284dbc/case-004/explicit_04_page_000.png	Fig.4A	figure_or_table

https://doi.org/10.3390/electronics11152468

• Ссылка на статью: https://doi.org/10.3390/electronics11152468
• Название: Development and Space-Qualification of a Miniaturized CubeSat’s 2-W EDFA for Space Laser Communications
• Идентификаторы: 10.3390/electronics11152468
• Использовано изображений/страниц: 12

sample_id	case_id	image	page_hint	evidence_kind
task3:ca35bd9ad6:case-001	CASE-001	assets/images/ca35bd9ad6/case-001/explicit_01_page_001.png	p.3, Fig. 1	figure
task3:ca35bd9ad6:case-001	CASE-001	assets/images/ca35bd9ad6/case-001/explicit_02_page_001.png	p.3, Fig. 1	figure
task3:ca35bd9ad6:case-001	CASE-001	assets/images/ca35bd9ad6/case-001/explicit_03_page_001.png	p.3, Fig. 1	figure
task3:ca35bd9ad6:case-001	CASE-001	assets/images/ca35bd9ad6/case-001/explicit_04_page_001.png	p.3, Fig. 1	figure
task3:ca35bd9ad6:case-002	CASE-002	assets/images/ca35bd9ad6/case-002/explicit_01_page_010.png	p.12, Fig. 10	figure_or_table
task3:ca35bd9ad6:case-002	CASE-002	assets/images/ca35bd9ad6/case-002/explicit_02_page_010.png	p.12, Fig. 10	figure_or_table
task3:ca35bd9ad6:case-002	CASE-002	assets/images/ca35bd9ad6/case-002/explicit_03_page_012.png	p.12, Fig. 10	figure_or_table
task3:ca35bd9ad6:case-002	CASE-002	assets/images/ca35bd9ad6/case-002/explicit_04_page_012.png	p.12, Fig. 10	figure_or_table
task3:ca35bd9ad6:case-003	CASE-003	assets/images/ca35bd9ad6/case-003/explicit_01_page_014.png	p.15, Fig. 14	mixed
task3:ca35bd9ad6:case-003	CASE-003	assets/images/ca35bd9ad6/case-003/explicit_02_page_014.png	p.15, Fig. 14	mixed
task3:ca35bd9ad6:case-003	CASE-003	assets/images/ca35bd9ad6/case-003/explicit_03_page_015.png	p.15, Fig. 14	mixed
task3:ca35bd9ad6:case-003	CASE-003	assets/images/ca35bd9ad6/case-003/explicit_04_page_015.png	p.15, Fig. 14	mixed

https://doi.org/10.3390/ijms241310623

• Ссылка на статью: https://doi.org/10.3390/ijms241310623
• Название: Comparative Study of Nanoparticle Blood Circulation after Forced Clearance of Own Erythrocytes (Mononuclear Phagocyte System-Cytoblockade) or Administration of Cytotoxic Doxorubicin- or Clodronate-Loaded Liposomes
• Идентификаторы: doi:10.3390/ijms241310623
• Использовано изображений/страниц: 12

sample_id	case_id	image	page_hint	evidence_kind
task3:dacebacf8a:case-006	CASE-006	assets/images/dacebacf8a/case-006/explicit_01_page_000.png	fig. 3d	figure
task3:dacebacf8a:case-006	CASE-006	assets/images/dacebacf8a/case-006/explicit_02_page_000.png	fig. 3d	figure
task3:dacebacf8a:case-006	CASE-006	assets/images/dacebacf8a/case-006/explicit_03_page_000.png	fig. 3d	figure
task3:dacebacf8a:case-006	CASE-006	assets/images/dacebacf8a/case-006/explicit_04_page_000.png	fig. 3d	figure
task3:dacebacf8a:case-007	CASE-007	assets/images/dacebacf8a/case-007/explicit_01_page_003.png	fig. 3	figure_or_table
task3:dacebacf8a:case-007	CASE-007	assets/images/dacebacf8a/case-007/explicit_02_page_003.png	fig. 3	figure_or_table
task3:dacebacf8a:case-007	CASE-007	assets/images/dacebacf8a/case-007/explicit_03_page_003.png	fig. 3	figure_or_table
task3:dacebacf8a:case-007	CASE-007	assets/images/dacebacf8a/case-007/explicit_04_page_003.png	fig. 3	figure_or_table
task3:dacebacf8a:case-008	CASE-008	assets/images/dacebacf8a/case-008/explicit_01_page_001.png	Table 1	table
task3:dacebacf8a:case-008	CASE-008	assets/images/dacebacf8a/case-008/explicit_02_page_001.png	Table 1	table
task3:dacebacf8a:case-008	CASE-008	assets/images/dacebacf8a/case-008/explicit_03_page_001.png	Table 1	table
task3:dacebacf8a:case-008	CASE-008	assets/images/dacebacf8a/case-008/explicit_04_page_001.png	Table 1	table

https://doi.org/10.3390/life16040683

• Ссылка на статью: https://doi.org/10.3390/life16040683
• Название: Dynamics of Postmortem Gene Expression in Normal and Neoplastic Murine Liver
• Идентификаторы: doi: 10.3390/life16040683
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:91f2284dbc:case-001	CASE-001	assets/images/91f2284dbc/case-001/explicit_01_page_004.png	Fig.4	figure_or_table
task3:91f2284dbc:case-001	CASE-001	assets/images/91f2284dbc/case-001/explicit_02_page_004.png	Fig.4	figure_or_table
task3:91f2284dbc:case-001	CASE-001	assets/images/91f2284dbc/case-001/explicit_03_page_004.png	Fig.4	figure_or_table
task3:91f2284dbc:case-001	CASE-001	assets/images/91f2284dbc/case-001/explicit_04_page_004.png	Fig.4	figure_or_table

https://doi.org/10.3390/s24227079

• Ссылка на статью: https://doi.org/10.3390/s24227079
• Название: A Comprehensive Evaluation of Iris Segmentation on Benchmarking Datasets
• Идентификаторы: doi:10.3390/s24227079
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:cherbaev__iris_retina_modern_ab:case-003	CASE-003	assets/images/cherbaev__iris_retina_modern_ab/case-003/explicit_01_page_000.png	Раздел Results, таблица сравнения IoU/Dice на CASIA-v4, ND-IRIS и Cross-Eyed; качественные примеры сегментации (figure)	figure_or_table
task3:cherbaev__iris_retina_modern_ab:case-003	CASE-003	assets/images/cherbaev__iris_retina_modern_ab/case-003/explicit_02_page_000.png	Раздел Results, таблица сравнения IoU/Dice на CASIA-v4, ND-IRIS и Cross-Eyed; качественные примеры сегментации (figure)	figure_or_table
task3:cherbaev__iris_retina_modern_ab:case-003	CASE-003	assets/images/cherbaev__iris_retina_modern_ab/case-003/explicit_03_page_000.png	Раздел Results, таблица сравнения IoU/Dice на CASIA-v4, ND-IRIS и Cross-Eyed; качественные примеры сегментации (figure)	figure_or_table
task3:cherbaev__iris_retina_modern_ab:case-003	CASE-003	assets/images/cherbaev__iris_retina_modern_ab/case-003/explicit_04_page_000.png	Раздел Results, таблица сравнения IoU/Dice на CASIA-v4, ND-IRIS и Cross-Eyed; качественные примеры сегментации (figure)	figure_or_table

https://doi.org/10.34759/trd-2021-119-18

• Ссылка на статью: https://doi.org/10.34759/trd-2021-119-18
• Название: Методика ранжирования космических аппаратов дистанционного зондирования Земли с целью оперативного мониторинга чрезвычайных ситуаций
• Идентификаторы: 10.34759/trd-2021-119-18
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:9b54231119:case-004	CASE-004	assets/images/9b54231119/case-004/explicit_01_page_005.png	p.5	mixed
task3:9b54231119:case-004	CASE-004	assets/images/9b54231119/case-004/explicit_02_page_005.png	p.5	mixed
task3:9b54231119:case-004	CASE-004	assets/images/9b54231119/case-004/explicit_03_page_005.png	p.5	mixed
task3:9b54231119:case-004	CASE-004	assets/images/9b54231119/case-004/explicit_04_page_005.png	p.5	mixed

https://doi.org/10.36253/Substantia-2441

• Ссылка на статью: https://doi.org/10.36253/Substantia-2441
• Название: Potential Use of Multiple Antisense Oligonucleotide Analogs for Cancer Prevention and Therapy
• Идентификаторы: https://doi.org/10.36253/Substantia-2441
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:b74df7ada6:case-005	CASE-005	assets/images/b74df7ada6/case-005/explicit_01_page_001.png	Table 1	table
task3:b74df7ada6:case-005	CASE-005	assets/images/b74df7ada6/case-005/explicit_02_page_001.png	Table 1	table
task3:b74df7ada6:case-005	CASE-005	assets/images/b74df7ada6/case-005/explicit_03_page_001.png	Table 1	table
task3:b74df7ada6:case-005	CASE-005	assets/images/b74df7ada6/case-005/explicit_04_page_001.png	Table 1	table

https://doi.org/10.3844/jcssp.2023.326.333

• Ссылка на статью: https://doi.org/10.3844/jcssp.2023.326.333
• Название: Usable AI: Critical Review of Its Current Issues and Trends
• Идентификаторы: doi:10.3844/jcssp.2023.326.333
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:998d6715e8:case-012	CASE-012	assets/images/998d6715e8/case-012/explicit_01_page_000.png	p. 330, Section "Usability Challenges of AI Applications"	page
task3:998d6715e8:case-012	CASE-012	assets/images/998d6715e8/case-012/explicit_02_page_000.png	p. 330, Section "Usability Challenges of AI Applications"	page
task3:998d6715e8:case-012	CASE-012	assets/images/998d6715e8/case-012/explicit_03_page_000.png	p. 330, Section "Usability Challenges of AI Applications"	page
task3:998d6715e8:case-012	CASE-012	assets/images/998d6715e8/case-012/explicit_04_page_000.png	p. 330, Section "Usability Challenges of AI Applications"	page

https://doi.org/10.4028/p-4pTPcD

• Ссылка на статью: https://doi.org/10.4028/p-4pTPcD
• Название: Detectors for Neutron Detection: Design, Electrical Characteristics, and Detector Performances
• Идентификаторы: 10.4028/p-4pTPcD
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:168bdb55d7:case-019	CASE-019	assets/images/168bdb55d7/case-019/explicit_01_page_001.png	Table 1	table
task3:168bdb55d7:case-019	CASE-019	assets/images/168bdb55d7/case-019/explicit_02_page_001.png	Table 1	table
task3:168bdb55d7:case-019	CASE-019	assets/images/168bdb55d7/case-019/explicit_03_page_001.png	Table 1	table
task3:168bdb55d7:case-019	CASE-019	assets/images/168bdb55d7/case-019/explicit_04_page_001.png	Table 1	table

https://doi.org/10.47813/2782-2818-2023-3-3-0301-0310

• Ссылка на статью: https://doi.org/10.47813/2782-2818-2023-3-3-0301-0310
• Название: Методы дистанционного зондирования земли в лесной промышленности
• Идентификаторы: 10.47813/2782-2818-2023-3-3-0301-0310
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:9b54231119:case-005	CASE-005	assets/images/9b54231119/case-005/explicit_01_page_005.png	p.7, Fig.5	figure
task3:9b54231119:case-005	CASE-005	assets/images/9b54231119/case-005/explicit_02_page_005.png	p.7, Fig.5	figure
task3:9b54231119:case-005	CASE-005	assets/images/9b54231119/case-005/explicit_03_page_005.png	p.7, Fig.5	figure
task3:9b54231119:case-005	CASE-005	assets/images/9b54231119/case-005/explicit_04_page_005.png	p.7, Fig.5	figure

https://doi.org/10.7717/peerj.13152

• Ссылка на статью: https://doi.org/10.7717/peerj.13152
• Название: Computational bioacoustics with deep learning: a review and roadmap
• Идентификаторы: 10.7717/peerj.13152
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:cetacean-acoustics-expert__ce0d04dcb5:case-004	CASE-004	assets/images/cetacean-acoustics-expert__ce0d04dcb5/case-004/explicit_01_page_003.png	Table 3 (architectures) + Fig. 5 (taxonomy diagram)	figure_or_table
task3:cetacean-acoustics-expert__ce0d04dcb5:case-004	CASE-004	assets/images/cetacean-acoustics-expert__ce0d04dcb5/case-004/explicit_02_page_003.png	Table 3 (architectures) + Fig. 5 (taxonomy diagram)	figure_or_table
task3:cetacean-acoustics-expert__ce0d04dcb5:case-004	CASE-004	assets/images/cetacean-acoustics-expert__ce0d04dcb5/case-004/explicit_03_page_003.png	Table 3 (architectures) + Fig. 5 (taxonomy diagram)	figure_or_table
task3:cetacean-acoustics-expert__ce0d04dcb5:case-004	CASE-004	assets/images/cetacean-acoustics-expert__ce0d04dcb5/case-004/explicit_04_page_003.png	Table 3 (architectures) + Fig. 5 (taxonomy diagram)	figure_or_table

https://doi.org/10.7868/S0044394825030016

• Ссылка на статью: https://doi.org/10.7868/S0044394825030016
• Название: ТАЙНЫ ИОНОСФЕРЫ ЗЕМЛИ И ПРОЕКТ «ИОНОЗОНД» ДЛЯ ИХ РАСКРЫТИЯ
• Идентификаторы: 10.7868/S0044394825030016
• Использовано изображений/страниц: 48

sample_id	case_id	image	page_hint	evidence_kind
task3:ebb8391305:case-001	CASE-001	assets/images/ebb8391305/case-001/explicit_01_page_005.png	p.9, Fig.5	figure
task3:ebb8391305:case-001	CASE-001	assets/images/ebb8391305/case-001/explicit_02_page_005.png	p.9, Fig.5	figure
task3:ebb8391305:case-001	CASE-001	assets/images/ebb8391305/case-001/explicit_03_page_005.png	p.9, Fig.5	figure
task3:ebb8391305:case-001	CASE-001	assets/images/ebb8391305/case-001/explicit_04_page_005.png	p.9, Fig.5	figure
task3:ebb8391305:case-002	CASE-002	assets/images/ebb8391305/case-002/explicit_01_page_014.png	p.21, Fig.14	figure
task3:ebb8391305:case-002	CASE-002	assets/images/ebb8391305/case-002/explicit_02_page_014.png	p.21, Fig.14	figure
task3:ebb8391305:case-002	CASE-002	assets/images/ebb8391305/case-002/explicit_03_page_000.png	p.21, Fig.14	figure
task3:ebb8391305:case-002	CASE-002	assets/images/ebb8391305/case-002/explicit_04_page_000.png	p.21, Fig.14	figure
task3:ebb8391305:case-003	CASE-003	assets/images/ebb8391305/case-003/explicit_01_page_014.png	p.21, Fig.14	figure
task3:ebb8391305:case-003	CASE-003	assets/images/ebb8391305/case-003/explicit_02_page_014.png	p.21, Fig.14	figure
task3:ebb8391305:case-003	CASE-003	assets/images/ebb8391305/case-003/explicit_03_page_000.png	p.21, Fig.14	figure
task3:ebb8391305:case-003	CASE-003	assets/images/ebb8391305/case-003/explicit_04_page_000.png	p.21, Fig.14	figure
task3:ebb8391305:case-004	CASE-004	assets/images/ebb8391305/case-004/explicit_01_page_008.png	p.12, Fig.8	figure
task3:ebb8391305:case-004	CASE-004	assets/images/ebb8391305/case-004/explicit_02_page_008.png	p.12, Fig.8	figure
task3:ebb8391305:case-004	CASE-004	assets/images/ebb8391305/case-004/explicit_03_page_018.png	p.12, Fig.8	figure
task3:ebb8391305:case-004	CASE-004	assets/images/ebb8391305/case-004/explicit_04_page_018.png	p.12, Fig.8	figure
task3:ebb8391305:case-005	CASE-005	assets/images/ebb8391305/case-005/explicit_01_page_012.png	p.19, Fig.12	figure
task3:ebb8391305:case-005	CASE-005	assets/images/ebb8391305/case-005/explicit_02_page_012.png	p.19, Fig.12	figure
task3:ebb8391305:case-005	CASE-005	assets/images/ebb8391305/case-005/explicit_03_page_019.png	p.19, Fig.12	figure
task3:ebb8391305:case-005	CASE-005	assets/images/ebb8391305/case-005/explicit_04_page_019.png	p.19, Fig.12	figure
task3:ebb8391305:case-006	CASE-006	assets/images/ebb8391305/case-006/explicit_01_page_009.png	p.14, Fig.9	figure
task3:ebb8391305:case-006	CASE-006	assets/images/ebb8391305/case-006/explicit_02_page_009.png	p.14, Fig.9	figure
task3:ebb8391305:case-006	CASE-006	assets/images/ebb8391305/case-006/explicit_03_page_019.png	p.14, Fig.9	figure
task3:ebb8391305:case-006	CASE-006	assets/images/ebb8391305/case-006/explicit_04_page_019.png	p.14, Fig.9	figure
task3:ebb8391305:case-007	CASE-007	assets/images/ebb8391305/case-007/explicit_01_page_015.png	p.22, Fig.15	figure
task3:ebb8391305:case-007	CASE-007	assets/images/ebb8391305/case-007/explicit_02_page_015.png	p.22, Fig.15	figure
task3:ebb8391305:case-007	CASE-007	assets/images/ebb8391305/case-007/explicit_03_page_000.png	p.22, Fig.15	figure
task3:ebb8391305:case-007	CASE-007	assets/images/ebb8391305/case-007/explicit_04_page_000.png	p.22, Fig.15	figure
task3:ebb8391305:case-008	CASE-008	assets/images/ebb8391305/case-008/explicit_01_page_005.png	p.9, Fig.5	figure
task3:ebb8391305:case-008	CASE-008	assets/images/ebb8391305/case-008/explicit_02_page_005.png	p.9, Fig.5	figure
task3:ebb8391305:case-008	CASE-008	assets/images/ebb8391305/case-008/explicit_03_page_005.png	p.9, Fig.5	figure
task3:ebb8391305:case-008	CASE-008	assets/images/ebb8391305/case-008/explicit_04_page_005.png	p.9, Fig.5	figure
task3:ebb8391305:case-009	CASE-009	assets/images/ebb8391305/case-009/explicit_01_page_011.png	p.15, Fig.11	figure
task3:ebb8391305:case-009	CASE-009	assets/images/ebb8391305/case-009/explicit_02_page_011.png	p.15, Fig.11	figure
task3:ebb8391305:case-009	CASE-009	assets/images/ebb8391305/case-009/explicit_03_page_015.png	p.15, Fig.11	figure
task3:ebb8391305:case-009	CASE-009	assets/images/ebb8391305/case-009/explicit_04_page_015.png	p.15, Fig.11	figure
task3:ebb8391305:case-010	CASE-010	assets/images/ebb8391305/case-010/explicit_01_page_015.png	p.22, Fig.15	figure
task3:ebb8391305:case-010	CASE-010	assets/images/ebb8391305/case-010/explicit_02_page_015.png	p.22, Fig.15	figure
task3:ebb8391305:case-010	CASE-010	assets/images/ebb8391305/case-010/explicit_03_page_000.png	p.22, Fig.15	figure
task3:ebb8391305:case-010	CASE-010	assets/images/ebb8391305/case-010/explicit_04_page_000.png	p.22, Fig.15	figure
task3:ebb8391305:case-011	CASE-011	assets/images/ebb8391305/case-011/explicit_01_page_007.png	p.12, Fig.7	figure
task3:ebb8391305:case-011	CASE-011	assets/images/ebb8391305/case-011/explicit_02_page_007.png	p.12, Fig.7	figure
task3:ebb8391305:case-011	CASE-011	assets/images/ebb8391305/case-011/explicit_03_page_017.png	p.12, Fig.7	figure
task3:ebb8391305:case-011	CASE-011	assets/images/ebb8391305/case-011/explicit_04_page_017.png	p.12, Fig.7	figure
task3:ebb8391305:case-012	CASE-012	assets/images/ebb8391305/case-012/explicit_01_page_013.png	p.20, Fig.13	figure
task3:ebb8391305:case-012	CASE-012	assets/images/ebb8391305/case-012/explicit_02_page_013.png	p.20, Fig.13	figure
task3:ebb8391305:case-012	CASE-012	assets/images/ebb8391305/case-012/explicit_03_page_020.png	p.20, Fig.13	figure
task3:ebb8391305:case-012	CASE-012	assets/images/ebb8391305/case-012/explicit_04_page_020.png	p.20, Fig.13	figure

https://doi.org/https://doi.org/10.1016/j.celrep.2024.114751

• Ссылка на статью: https://doi.org/https://doi.org/10.1016/j.celrep.2024.114751
• Название: Transient splicing inhibition causes persistent DNA damage and chemotherapy vulnerability in triple-negative breast cancer
• Идентификаторы: doi:https://doi.org/10.1016/j.celrep.2024.114751
• Использовано изображений/страниц: 8

sample_id	case_id	image	page_hint	evidence_kind
task3:2e597e32f6:case-002	CASE-002	assets/images/2e597e32f6/case-002/explicit_01_page_000.png	Fig. S4	figure
task3:2e597e32f6:case-002	CASE-002	assets/images/2e597e32f6/case-002/explicit_02_page_000.png	Fig. S4	figure
task3:2e597e32f6:case-002	CASE-002	assets/images/2e597e32f6/case-002/explicit_03_page_000.png	Fig. S4	figure
task3:2e597e32f6:case-002	CASE-002	assets/images/2e597e32f6/case-002/explicit_04_page_000.png	Fig. S4	figure
task3:2e597e32f6:case-003	CASE-003	assets/images/2e597e32f6/case-003/explicit_01_page_000.png	Fig. 6G	figure
task3:2e597e32f6:case-003	CASE-003	assets/images/2e597e32f6/case-003/explicit_02_page_000.png	Fig. 6G	figure
task3:2e597e32f6:case-003	CASE-003	assets/images/2e597e32f6/case-003/explicit_03_page_000.png	Fig. 6G	figure
task3:2e597e32f6:case-003	CASE-003	assets/images/2e597e32f6/case-003/explicit_04_page_000.png	Fig. 6G	figure

https://doi.org/https://doi.org/10.1101/2023.10.08.561421

• Ссылка на статью: https://doi.org/https://doi.org/10.1101/2023.10.08.561421
• Название: Unlocking DNA Damage Sensitivity of Cancer Cells: The Potential of Splicing Inhibitors
• Идентификаторы: doi:https://doi.org/10.1101/2023.10.08.561421
• Использовано изображений/страниц: 12

sample_id	case_id	image	page_hint	evidence_kind
task3:2e597e32f6:case-004	CASE-004	assets/images/2e597e32f6/case-004/explicit_01_page_000.png	Fig. 1G	figure
task3:2e597e32f6:case-004	CASE-004	assets/images/2e597e32f6/case-004/explicit_02_page_000.png	Fig. 1G	figure
task3:2e597e32f6:case-004	CASE-004	assets/images/2e597e32f6/case-004/explicit_03_page_000.png	Fig. 1G	figure
task3:2e597e32f6:case-004	CASE-004	assets/images/2e597e32f6/case-004/explicit_04_page_000.png	Fig. 1G	figure
task3:2e597e32f6:case-005	CASE-005	assets/images/2e597e32f6/case-005/explicit_01_page_000.png	Fig.2G	mixed
task3:2e597e32f6:case-005	CASE-005	assets/images/2e597e32f6/case-005/explicit_02_page_000.png	Fig.2G	mixed
task3:2e597e32f6:case-005	CASE-005	assets/images/2e597e32f6/case-005/explicit_03_page_000.png	Fig.2G	mixed
task3:2e597e32f6:case-005	CASE-005	assets/images/2e597e32f6/case-005/explicit_04_page_000.png	Fig.2G	mixed
task3:2e597e32f6:case-011	CASE-011	assets/images/2e597e32f6/case-011/explicit_01_page_000.png	Fig.4E	figure
task3:2e597e32f6:case-011	CASE-011	assets/images/2e597e32f6/case-011/explicit_02_page_000.png	Fig.4E	figure
task3:2e597e32f6:case-011	CASE-011	assets/images/2e597e32f6/case-011/explicit_03_page_000.png	Fig.4E	figure
task3:2e597e32f6:case-011	CASE-011	assets/images/2e597e32f6/case-011/explicit_04_page_000.png	Fig.4E	figure

https://doi.org/https://doi.org/10.1103/PRXQuantum.4.030337

• Ссылка на статью: https://doi.org/https://doi.org/10.1103/PRXQuantum.4.030337
• Название: Repetitive Readout and Real-Time Control of Nuclear Spin Qubits in 171Yb Atoms
• Идентификаторы: DOI: https://doi.org/10.1103/PRXQuantum.4.030337
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:d0c71bbc62:case-008	CASE-008	assets/images/d0c71bbc62/case-008/explicit_01_page_012.png	p.17, Fig.12	figure
task3:d0c71bbc62:case-008	CASE-008	assets/images/d0c71bbc62/case-008/explicit_02_page_012.png	p.17, Fig.12	figure
task3:d0c71bbc62:case-008	CASE-008	assets/images/d0c71bbc62/case-008/explicit_03_page_017.png	p.17, Fig.12	figure
task3:d0c71bbc62:case-008	CASE-008	assets/images/d0c71bbc62/case-008/explicit_04_page_017.png	p.17, Fig.12	figure

https://doi.org/https://doi.org/10.1103/PhysRevA.102.043114

• Ссылка на статью: https://doi.org/https://doi.org/10.1103/PhysRevA.102.043114
• Название: Microwave coherent spectroscopy of ultracold thulium atoms
• Идентификаторы: DOI: https://doi.org/10.1103/PhysRevA.102.043114
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:d0c71bbc62:case-002	CASE-002	assets/images/d0c71bbc62/case-002/explicit_01_page_001.png	p.5, Table 1	table
task3:d0c71bbc62:case-002	CASE-002	assets/images/d0c71bbc62/case-002/explicit_02_page_001.png	p.5, Table 1	table
task3:d0c71bbc62:case-002	CASE-002	assets/images/d0c71bbc62/case-002/explicit_03_page_001.png	p.5, Table 1	table
task3:d0c71bbc62:case-002	CASE-002	assets/images/d0c71bbc62/case-002/explicit_04_page_001.png	p.5, Table 1	table

https://doi.org/https://doi.org/10.1103/PhysRevA.105.052438

• Ссылка на статью: https://doi.org/https://doi.org/10.1103/PhysRevA.105.052438
• Название: Analyzing the Rydberg-based omg architecture for 171Yb nuclear spins
• Идентификаторы: DOI: https://doi.org/10.1103/PhysRevA.105.052438
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:d0c71bbc62:case-006	CASE-006	assets/images/d0c71bbc62/case-006/explicit_01_page_012.png	p.12, Table 1	table
task3:d0c71bbc62:case-006	CASE-006	assets/images/d0c71bbc62/case-006/explicit_02_page_012.png	p.12, Table 1	table
task3:d0c71bbc62:case-006	CASE-006	assets/images/d0c71bbc62/case-006/explicit_03_page_001.png	p.12, Table 1	table
task3:d0c71bbc62:case-006	CASE-006	assets/images/d0c71bbc62/case-006/explicit_04_page_001.png	p.12, Table 1	table

https://doi.org/https://doi.org/10.1103/PhysRevLett.73.652

• Ссылка на статью: https://doi.org/https://doi.org/10.1103/PhysRevLett.73.652
• Название: Plasma Crystal: Coulomb Crystallization in a Dusty Plasma
• Идентификаторы: DOI: https://doi.org/10.1103/PhysRevLett.73.652
• Использовано изображений/страниц: 8

sample_id	case_id	image	page_hint	evidence_kind
task3:f0377dec26:case-005	CASE-005	assets/images/f0377dec26/case-005/explicit_01_page_004.png	p. 653, Fig. 4	figure
task3:f0377dec26:case-005	CASE-005	assets/images/f0377dec26/case-005/explicit_02_page_004.png	p. 653, Fig. 4	figure
task3:f0377dec26:case-005	CASE-005	assets/images/f0377dec26/case-005/explicit_03_page_004.png	p. 653, Fig. 4	figure
task3:f0377dec26:case-005	CASE-005	assets/images/f0377dec26/case-005/explicit_04_page_004.png	p. 653, Fig. 4	figure
task3:f0377dec26:case-006	CASE-006	assets/images/f0377dec26/case-006/explicit_01_page_003.png	p. 654, Fig. 3	figure
task3:f0377dec26:case-006	CASE-006	assets/images/f0377dec26/case-006/explicit_02_page_003.png	p. 654, Fig. 3	figure
task3:f0377dec26:case-006	CASE-006	assets/images/f0377dec26/case-006/explicit_03_page_003.png	p. 654, Fig. 3	figure
task3:f0377dec26:case-006	CASE-006	assets/images/f0377dec26/case-006/explicit_04_page_003.png	p. 654, Fig. 3	figure

https://doi.org/https://doi.org/10.1103/PhysRevX.12.021027

• Ссылка на статью: https://doi.org/https://doi.org/10.1103/PhysRevX.12.021027
• Название: Ytterbium Nuclear-Spin Qubits in an Optical Tweezer Array
• Идентификаторы: DOI: https://doi.org/10.1103/PhysRevX.12.021027
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:d0c71bbc62:case-005	CASE-005	assets/images/d0c71bbc62/case-005/explicit_01_page_004.png	p.8, Fig. 4	figure
task3:d0c71bbc62:case-005	CASE-005	assets/images/d0c71bbc62/case-005/explicit_02_page_004.png	p.8, Fig. 4	figure
task3:d0c71bbc62:case-005	CASE-005	assets/images/d0c71bbc62/case-005/explicit_03_page_004.png	p.8, Fig. 4	figure
task3:d0c71bbc62:case-005	CASE-005	assets/images/d0c71bbc62/case-005/explicit_04_page_004.png	p.8, Fig. 4	figure

https://doi.org/https://doi.org/10.1103/PhysRevX.12.021028

• Ссылка на статью: https://doi.org/https://doi.org/10.1103/PhysRevX.12.021028
• Название: Universal Gate Operations on Nuclear Spin Qubits in an Optical Tweezer Array of 171 Yb Atoms
• Идентификаторы: DOI: https://doi.org/10.1103/PhysRevX.12.021028
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:d0c71bbc62:case-003	CASE-003	assets/images/d0c71bbc62/case-003/explicit_01_page_007.png	p.9, Fig.7	figure
task3:d0c71bbc62:case-003	CASE-003	assets/images/d0c71bbc62/case-003/explicit_02_page_007.png	p.9, Fig.7	figure
task3:d0c71bbc62:case-003	CASE-003	assets/images/d0c71bbc62/case-003/explicit_03_page_017.png	p.9, Fig.7	figure
task3:d0c71bbc62:case-003	CASE-003	assets/images/d0c71bbc62/case-003/explicit_04_page_017.png	p.9, Fig.7	figure

https://doi.org/https://doi.org/10.1103/PhysRevX.13.041034

• Ссылка на статью: https://doi.org/https://doi.org/10.1103/PhysRevX.13.041034
• Название: Midcircuit Qubit Measurement and Rearrangement in a 171 Yb Atomic Array
• Идентификаторы: DOI: https://doi.org/10.1103/PhysRevX.13.041034
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:d0c71bbc62:case-007	CASE-007	assets/images/d0c71bbc62/case-007/explicit_01_page_005.png	p.7, Fig.5	figure
task3:d0c71bbc62:case-007	CASE-007	assets/images/d0c71bbc62/case-007/explicit_02_page_005.png	p.7, Fig.5	figure
task3:d0c71bbc62:case-007	CASE-007	assets/images/d0c71bbc62/case-007/explicit_03_page_005.png	p.7, Fig.5	figure
task3:d0c71bbc62:case-007	CASE-007	assets/images/d0c71bbc62/case-007/explicit_04_page_005.png	p.7, Fig.5	figure

https://doi.org/https://doi.org/10.1103/PhysRevX.13.041035

• Ссылка на статью: https://doi.org/https://doi.org/10.1103/PhysRevX.13.041035
• Название: Midcircuit Operations Using the omg Architecture in Neutral Atom Arrays
• Идентификаторы: DOI: https://doi.org/10.1103/PhysRevX.13.041035
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:d0c71bbc62:case-004	CASE-004	assets/images/d0c71bbc62/case-004/explicit_01_page_002.png	p.4, Fig.2	figure
task3:d0c71bbc62:case-004	CASE-004	assets/images/d0c71bbc62/case-004/explicit_02_page_002.png	p.4, Fig.2	figure
task3:d0c71bbc62:case-004	CASE-004	assets/images/d0c71bbc62/case-004/explicit_03_page_002.png	p.4, Fig.2	figure
task3:d0c71bbc62:case-004	CASE-004	assets/images/d0c71bbc62/case-004/explicit_04_page_002.png	p.4, Fig.2	figure

https://doi.org/https://doi.org/10.1103/n3bg-7yw7

• Ссылка на статью: https://doi.org/https://doi.org/10.1103/n3bg-7yw7
• Название: Microsecond-scale high-survival and number-resolved detection of ytterbium atom arrays
• Идентификаторы: DOI: https://doi.org/10.1103/n3bg-7yw7
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:d0c71bbc62:case-010	CASE-010	assets/images/d0c71bbc62/case-010/explicit_01_page_001.png	p.2, Fig.1	figure
task3:d0c71bbc62:case-010	CASE-010	assets/images/d0c71bbc62/case-010/explicit_02_page_001.png	p.2, Fig.1	figure
task3:d0c71bbc62:case-010	CASE-010	assets/images/d0c71bbc62/case-010/explicit_03_page_001.png	p.2, Fig.1	figure
task3:d0c71bbc62:case-010	CASE-010	assets/images/d0c71bbc62/case-010/explicit_04_page_001.png	p.2, Fig.1	figure

https://doi.org/https://doi.org/10.1126/scitranslmed.ade2774

• Ссылка на статью: https://doi.org/https://doi.org/10.1126/scitranslmed.ade2774
• Название: Splicing modulators impair DNA damage response and induce killing of cohesin-mutant MDS and AML
• Идентификаторы: doi:https://doi.org/10.1126/scitranslmed.ade2774
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:2e597e32f6:case-001	CASE-001	assets/images/2e597e32f6/case-001/explicit_01_page_000.png	Fig.2E	figure
task3:2e597e32f6:case-001	CASE-001	assets/images/2e597e32f6/case-001/explicit_02_page_000.png	Fig.2E	figure
task3:2e597e32f6:case-001	CASE-001	assets/images/2e597e32f6/case-001/explicit_03_page_000.png	Fig.2E	figure
task3:2e597e32f6:case-001	CASE-001	assets/images/2e597e32f6/case-001/explicit_04_page_000.png	Fig.2E	figure

https://doi.org/s41598-017-05882-0

• Ссылка на статью: https://doi.org/s41598-017-05882-0
• Название: Systematic analysis of gene expression patterns associated with postmortem interval in human tissues
• Идентификаторы: doi: s41598-017-05882-0
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:91f2284dbc:case-005	CASE-005	assets/images/91f2284dbc/case-005/explicit_01_page_002.png	Table 2	figure_or_table
task3:91f2284dbc:case-005	CASE-005	assets/images/91f2284dbc/case-005/explicit_02_page_002.png	Table 2	figure_or_table
task3:91f2284dbc:case-005	CASE-005	assets/images/91f2284dbc/case-005/explicit_03_page_002.png	Table 2	figure_or_table
task3:91f2284dbc:case-005	CASE-005	assets/images/91f2284dbc/case-005/explicit_04_page_002.png	Table 2	figure_or_table

https://www.researchgate.net/publication/221350628_First-order_definable_languages

• Ссылка на статью: https://www.researchgate.net/publication/221350628_First-order_definable_languages
• Название: First-order definable languages
• Идентификаторы: https://www.researchgate.net/publication/221350628_First-order_definable_languages
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:168bdb55d7:case-003	CASE-003	assets/images/168bdb55d7/case-003/explicit_01_page_006.png	Fig. 6-9	figure_or_table
task3:168bdb55d7:case-003	CASE-003	assets/images/168bdb55d7/case-003/explicit_02_page_006.png	Fig. 6-9	figure_or_table
task3:168bdb55d7:case-003	CASE-003	assets/images/168bdb55d7/case-003/explicit_03_page_016.png	Fig. 6-9	figure_or_table
task3:168bdb55d7:case-003	CASE-003	assets/images/168bdb55d7/case-003/explicit_04_page_016.png	Fig. 6-9	figure_or_table

Не удалось определить статью

• Ссылка на статью: не определена автоматически; проверьте paper_id в исходном манифесте.
• Название: Interpreting Adaptive Gradient Methods by Parameter Scaling for Learning-Rate-Free Optimization
• Использовано изображений/страниц: 4

sample_id	case_id	image	page_hint	evidence_kind
task3:vasin_artem_aleksandrovich__0cf7f9ceca:case-008	CASE-008	assets/images/vasin_artem_aleksandrovich__0cf7f9ceca/case-008/explicit_01_page_001.png	Table 1, 2, Fig. 1	figure_or_table
task3:vasin_artem_aleksandrovich__0cf7f9ceca:case-008	CASE-008	assets/images/vasin_artem_aleksandrovich__0cf7f9ceca/case-008/explicit_02_page_001.png	Table 1, 2, Fig. 1	figure_or_table
task3:vasin_artem_aleksandrovich__0cf7f9ceca:case-008	CASE-008	assets/images/vasin_artem_aleksandrovich__0cf7f9ceca/case-008/explicit_03_page_001.png	Table 1, 2, Fig. 1	figure_or_table
task3:vasin_artem_aleksandrovich__0cf7f9ceca:case-008	CASE-008	assets/images/vasin_artem_aleksandrovich__0cf7f9ceca/case-008/explicit_04_page_001.png	Table 1, 2, Fig. 1	figure_or_table