CLASSER / README.md
prachuryyaIITG's picture
Update README.md
18b997c verified
metadata
license: mit
task_categories:
  - token-classification
language:
  - as
  - brx
  - mr
  - ne
  - sa
pretty_name: CLASSER
size_categories:
  - 10M<n<100M

CLASSER: Cross-lingual Annotation Projection enhancement through Script Similarity for Fine-grained Named Entity Recognition

CLASSER is a framework for cross-lingual annotation projection with script-similarity-based refinement to create high-quality fine-grained named entity recognition datasets.

Utilizing CLASSER, fine-grained named entity recognition dataset is created in five languages: Assamese (as), Bodo (brx), Marathi (mr), Nepali (ne) and Sanskrit (sa).

CLASSER Framework Overview

CLASSER Framework Overview

Figure: Overview of the CLASSER framework.

CLASSER Dataset Statistics

Language Train set Development set Test set
SentencesEntitiesTokens SentencesEntitiesTokens SentencesEntitiesTokensIAA (κ)
Assamese (as) 140,257204,6111,972,697 15,58515,763219,114 1,0001,40714,2700.901
Bodo (brx) 212,835302,7132,958,455 23,64933,808329,145 1,0001,42314,0820.875
Marathi (mr) 611,902889,2178,135,813 67,99097,943948,020 1,0001,44313,9960.887
Nepali (ne) 414,561617,9575,531,683 46,06264,098642,489 1,0001,43614,1420.882
Sanskrit (sa) 265,114378,2873,488,871 29,45840,589377,306 1,0001,41212,9250.861

Note: IAA (Inter-Annotator Agreement) scores are represented using Cohen's κ.

Citation

If you use this dataset, please cite the following paper:

@inproceedings{kaushik2025classer,
  title     = {{CLASSER}: Cross-lingual Annotation Projection enhancement through Script Similarity for Fine-grained Named Entity Recognition},
  author    = {Kaushik, Prachuryya and Anand, Ashish},
  booktitle = {Proceedings of the 14th International Joint Conference on Natural Language Processing and the 4th Conference of the Asia-Pacific Chapter of the Association for Computational Linguistics},
  year      = {2025},
  publisher = {Association for Computational Linguistics},
  note      = {Main conference paper}
}