Datasets:
AI-EcoNet
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HUGO-Bench-Paper-Reproducibility

Dataset card Data Studio Files
xet
Community
1
model
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model_short
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dim_reduction
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clustering
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BioCLIP 2 ViT-L/14
bioclip2_vitl14
UMAP
GMM_K15
0.610605
0.315163
0.610605
0.536607
0.708277
15
30
bioclip2_vitl14\dimension_reduction\UMAP\clustering\GMM_K15\bioclip2_vitl14_mammalia_8_UMAP_1\analysis_summary.json
BioCLIP 2 ViT-L/14
bioclip2_vitl14
UMAP
GMM_K15
0.621526
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0.621526
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15
30
bioclip2_vitl14\dimension_reduction\UMAP\clustering\GMM_K15\bioclip2_vitl14_mammalia_8_UMAP_10\analysis_summary.json
BioCLIP 2 ViT-L/14
bioclip2_vitl14
UMAP
GMM_K15
0.611495
0.301696
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0.531531
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15
30
bioclip2_vitl14\dimension_reduction\UMAP\clustering\GMM_K15\bioclip2_vitl14_mammalia_8_UMAP_2\analysis_summary.json
BioCLIP 2 ViT-L/14
bioclip2_vitl14
UMAP
GMM_K15
0.60565
0.314408
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0.531587
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15
30
bioclip2_vitl14\dimension_reduction\UMAP\clustering\GMM_K15\bioclip2_vitl14_mammalia_8_UMAP_3\analysis_summary.json
BioCLIP 2 ViT-L/14
bioclip2_vitl14
UMAP
GMM_K15
0.617667
0.329245
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15
30
bioclip2_vitl14\dimension_reduction\UMAP\clustering\GMM_K15\bioclip2_vitl14_mammalia_8_UMAP_4\analysis_summary.json
BioCLIP 2 ViT-L/14
bioclip2_vitl14
UMAP
GMM_K15
0.619118
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15
30
bioclip2_vitl14\dimension_reduction\UMAP\clustering\GMM_K15\bioclip2_vitl14_mammalia_8_UMAP_5\analysis_summary.json
BioCLIP 2 ViT-L/14
bioclip2_vitl14
UMAP
GMM_K15
0.612208
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15
30
bioclip2_vitl14\dimension_reduction\UMAP\clustering\GMM_K15\bioclip2_vitl14_mammalia_8_UMAP_6\analysis_summary.json
BioCLIP 2 ViT-L/14
bioclip2_vitl14
UMAP
GMM_K15
0.621447
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15
30
bioclip2_vitl14\dimension_reduction\UMAP\clustering\GMM_K15\bioclip2_vitl14_mammalia_8_UMAP_7\analysis_summary.json
BioCLIP 2 ViT-L/14
bioclip2_vitl14
UMAP
GMM_K15
0.626616
0.332562
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15
30
bioclip2_vitl14\dimension_reduction\UMAP\clustering\GMM_K15\bioclip2_vitl14_mammalia_8_UMAP_8\analysis_summary.json
BioCLIP 2 ViT-L/14
bioclip2_vitl14
UMAP
GMM_K15
0.626754
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15
30
bioclip2_vitl14\dimension_reduction\UMAP\clustering\GMM_K15\bioclip2_vitl14_mammalia_8_UMAP_9\analysis_summary.json
BioCLIP 2 ViT-L/14
bioclip2_vitl14
UMAP
GMM_K15
0.606514
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15
30
bioclip2_vitl14\dimension_reduction\UMAP\clustering\GMM_K15\bioclip2_vitl14_mammalia_9_UMAP_1\analysis_summary.json
BioCLIP 2 ViT-L/14
bioclip2_vitl14
UMAP
GMM_K15
0.613237
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15
30
bioclip2_vitl14\dimension_reduction\UMAP\clustering\GMM_K15\bioclip2_vitl14_mammalia_9_UMAP_10\analysis_summary.json
BioCLIP 2 ViT-L/14
bioclip2_vitl14
UMAP
GMM_K15
0.614934
0.314008
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15
30
bioclip2_vitl14\dimension_reduction\UMAP\clustering\GMM_K15\bioclip2_vitl14_mammalia_9_UMAP_2\analysis_summary.json
BioCLIP 2 ViT-L/14
bioclip2_vitl14
UMAP
GMM_K15
0.599277
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0.517126
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15
30
bioclip2_vitl14\dimension_reduction\UMAP\clustering\GMM_K15\bioclip2_vitl14_mammalia_9_UMAP_3\analysis_summary.json
BioCLIP 2 ViT-L/14
bioclip2_vitl14
UMAP
GMM_K15
0.604523
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0.604523
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15
30
bioclip2_vitl14\dimension_reduction\UMAP\clustering\GMM_K15\bioclip2_vitl14_mammalia_9_UMAP_4\analysis_summary.json
BioCLIP 2 ViT-L/14
bioclip2_vitl14
UMAP
GMM_K15
0.602603
0.314399
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15
30
bioclip2_vitl14\dimension_reduction\UMAP\clustering\GMM_K15\bioclip2_vitl14_mammalia_9_UMAP_5\analysis_summary.json
BioCLIP 2 ViT-L/14
bioclip2_vitl14
UMAP
GMM_K15
0.604789
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15
30
bioclip2_vitl14\dimension_reduction\UMAP\clustering\GMM_K15\bioclip2_vitl14_mammalia_9_UMAP_6\analysis_summary.json
BioCLIP 2 ViT-L/14
bioclip2_vitl14
UMAP
GMM_K15
0.594977
0.275227
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0.51509
0.704193
15
30
bioclip2_vitl14\dimension_reduction\UMAP\clustering\GMM_K15\bioclip2_vitl14_mammalia_9_UMAP_7\analysis_summary.json
BioCLIP 2 ViT-L/14
bioclip2_vitl14
UMAP
GMM_K15
0.606037
0.305078
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0.531327
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15
30
bioclip2_vitl14\dimension_reduction\UMAP\clustering\GMM_K15\bioclip2_vitl14_mammalia_9_UMAP_8\analysis_summary.json
BioCLIP 2 ViT-L/14
bioclip2_vitl14
UMAP
GMM_K15
0.616822
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15
30
bioclip2_vitl14\dimension_reduction\UMAP\clustering\GMM_K15\bioclip2_vitl14_mammalia_9_UMAP_9\analysis_summary.json
BioCLIP 2 ViT-L/14
bioclip2_vitl14
UMAP
GMM_K180
0.692748
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180
30
bioclip2_vitl14\dimension_reduction\UMAP\clustering\GMM_K180\bioclip2_vitl14_aves_10_UMAP_1\analysis_summary.json
BioCLIP 2 ViT-L/14
bioclip2_vitl14
UMAP
GMM_K180
0.696093
0.291225
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0.864898
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180
30
bioclip2_vitl14\dimension_reduction\UMAP\clustering\GMM_K180\bioclip2_vitl14_aves_10_UMAP_10\analysis_summary.json
BioCLIP 2 ViT-L/14
bioclip2_vitl14
UMAP
GMM_K180
0.692695
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180
30
bioclip2_vitl14\dimension_reduction\UMAP\clustering\GMM_K180\bioclip2_vitl14_aves_10_UMAP_2\analysis_summary.json
BioCLIP 2 ViT-L/14
bioclip2_vitl14
UMAP
GMM_K180
0.694862
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180
30
bioclip2_vitl14\dimension_reduction\UMAP\clustering\GMM_K180\bioclip2_vitl14_aves_10_UMAP_3\analysis_summary.json
BioCLIP 2 ViT-L/14
bioclip2_vitl14
UMAP
GMM_K180
0.694238
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180
30
bioclip2_vitl14\dimension_reduction\UMAP\clustering\GMM_K180\bioclip2_vitl14_aves_10_UMAP_4\analysis_summary.json
BioCLIP 2 ViT-L/14
bioclip2_vitl14
UMAP
GMM_K180
0.694757
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180
30
bioclip2_vitl14\dimension_reduction\UMAP\clustering\GMM_K180\bioclip2_vitl14_aves_10_UMAP_5\analysis_summary.json
BioCLIP 2 ViT-L/14
bioclip2_vitl14
UMAP
GMM_K180
0.696917
0.295235
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0.583526
180
30
bioclip2_vitl14\dimension_reduction\UMAP\clustering\GMM_K180\bioclip2_vitl14_aves_10_UMAP_6\analysis_summary.json
BioCLIP 2 ViT-L/14
bioclip2_vitl14
UMAP
GMM_K180
0.692007
0.279554
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180
30
bioclip2_vitl14\dimension_reduction\UMAP\clustering\GMM_K180\bioclip2_vitl14_aves_10_UMAP_7\analysis_summary.json
BioCLIP 2 ViT-L/14
bioclip2_vitl14
UMAP
GMM_K180
0.694905
0.292582
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0.863265
0.581496
180
30
bioclip2_vitl14\dimension_reduction\UMAP\clustering\GMM_K180\bioclip2_vitl14_aves_10_UMAP_8\analysis_summary.json
BioCLIP 2 ViT-L/14
bioclip2_vitl14
UMAP
GMM_K180
0.697608
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180
30
bioclip2_vitl14\dimension_reduction\UMAP\clustering\GMM_K180\bioclip2_vitl14_aves_10_UMAP_9\analysis_summary.json
BioCLIP 2 ViT-L/14
bioclip2_vitl14
UMAP
GMM_K180
0.693981
0.294639
0.693981
0.860612
0.581408
180
30
bioclip2_vitl14\dimension_reduction\UMAP\clustering\GMM_K180\bioclip2_vitl14_aves_1_UMAP_1\analysis_summary.json
BioCLIP 2 ViT-L/14
bioclip2_vitl14
UMAP
GMM_K180
0.697684
0.308934
0.697684
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180
30
bioclip2_vitl14\dimension_reduction\UMAP\clustering\GMM_K180\bioclip2_vitl14_aves_1_UMAP_10\analysis_summary.json
BioCLIP 2 ViT-L/14
bioclip2_vitl14
UMAP
GMM_K180
0.690158
0.284864
0.690158
0.856509
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180
30
bioclip2_vitl14\dimension_reduction\UMAP\clustering\GMM_K180\bioclip2_vitl14_aves_1_UMAP_2\analysis_summary.json
BioCLIP 2 ViT-L/14
bioclip2_vitl14
UMAP
GMM_K180
0.695261
0.299571
0.695261
0.860597
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180
30
bioclip2_vitl14\dimension_reduction\UMAP\clustering\GMM_K180\bioclip2_vitl14_aves_1_UMAP_3\analysis_summary.json
BioCLIP 2 ViT-L/14
bioclip2_vitl14
UMAP
GMM_K180
0.691901
0.28188
0.691901
0.861301
0.578184
180
30
bioclip2_vitl14\dimension_reduction\UMAP\clustering\GMM_K180\bioclip2_vitl14_aves_1_UMAP_4\analysis_summary.json
BioCLIP 2 ViT-L/14
bioclip2_vitl14
UMAP
GMM_K180
0.694809
0.292962
0.694809
0.862027
0.581926
180
30
bioclip2_vitl14\dimension_reduction\UMAP\clustering\GMM_K180\bioclip2_vitl14_aves_1_UMAP_5\analysis_summary.json
BioCLIP 2 ViT-L/14
bioclip2_vitl14
UMAP
GMM_K180
0.696275
0.3125
0.696275
0.861158
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180
30
bioclip2_vitl14\dimension_reduction\UMAP\clustering\GMM_K180\bioclip2_vitl14_aves_1_UMAP_6\analysis_summary.json
BioCLIP 2 ViT-L/14
bioclip2_vitl14
UMAP
GMM_K180
0.692767
0.292243
0.692767
0.85911
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180
30
bioclip2_vitl14\dimension_reduction\UMAP\clustering\GMM_K180\bioclip2_vitl14_aves_1_UMAP_7\analysis_summary.json
BioCLIP 2 ViT-L/14
bioclip2_vitl14
UMAP
GMM_K180
0.694518
0.287735
0.694518
0.86287
0.581135
180
30
bioclip2_vitl14\dimension_reduction\UMAP\clustering\GMM_K180\bioclip2_vitl14_aves_1_UMAP_8\analysis_summary.json
BioCLIP 2 ViT-L/14
bioclip2_vitl14
UMAP
GMM_K180
0.696148
0.301596
0.696148
0.862966
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180
30
bioclip2_vitl14\dimension_reduction\UMAP\clustering\GMM_K180\bioclip2_vitl14_aves_1_UMAP_9\analysis_summary.json
BioCLIP 2 ViT-L/14
bioclip2_vitl14
UMAP
GMM_K180
0.692501
0.294125
0.692501
0.857672
0.580674
180
30
bioclip2_vitl14\dimension_reduction\UMAP\clustering\GMM_K180\bioclip2_vitl14_aves_2_UMAP_1\analysis_summary.json
BioCLIP 2 ViT-L/14
bioclip2_vitl14
UMAP
GMM_K180
0.69295
0.292003
0.69295
0.858721
0.580825
180
30
bioclip2_vitl14\dimension_reduction\UMAP\clustering\GMM_K180\bioclip2_vitl14_aves_2_UMAP_10\analysis_summary.json
BioCLIP 2 ViT-L/14
bioclip2_vitl14
UMAP
GMM_K180
0.69455
0.296125
0.69455
0.860447
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180
30
bioclip2_vitl14\dimension_reduction\UMAP\clustering\GMM_K180\bioclip2_vitl14_aves_2_UMAP_2\analysis_summary.json
BioCLIP 2 ViT-L/14
bioclip2_vitl14
UMAP
GMM_K180
0.694589
0.304932
0.694589
0.859473
0.582785
180
30
bioclip2_vitl14\dimension_reduction\UMAP\clustering\GMM_K180\bioclip2_vitl14_aves_2_UMAP_3\analysis_summary.json
BioCLIP 2 ViT-L/14
bioclip2_vitl14
UMAP
GMM_K180
0.690282
0.282455
0.690282
0.857381
0.577693
180
30
bioclip2_vitl14\dimension_reduction\UMAP\clustering\GMM_K180\bioclip2_vitl14_aves_2_UMAP_4\analysis_summary.json
BioCLIP 2 ViT-L/14
bioclip2_vitl14
UMAP
GMM_K180
0.690379
0.29476
0.690379
0.856606
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180
30
bioclip2_vitl14\dimension_reduction\UMAP\clustering\GMM_K180\bioclip2_vitl14_aves_2_UMAP_5\analysis_summary.json
BioCLIP 2 ViT-L/14
bioclip2_vitl14
UMAP
GMM_K180
0.694138
0.295889
0.694138
0.859984
0.581917
180
30
bioclip2_vitl14\dimension_reduction\UMAP\clustering\GMM_K180\bioclip2_vitl14_aves_2_UMAP_6\analysis_summary.json
BioCLIP 2 ViT-L/14
bioclip2_vitl14
UMAP
GMM_K180
0.693386
0.29727
0.693386
0.858147
0.581702
180
30
bioclip2_vitl14\dimension_reduction\UMAP\clustering\GMM_K180\bioclip2_vitl14_aves_2_UMAP_7\analysis_summary.json
BioCLIP 2 ViT-L/14
bioclip2_vitl14
UMAP
GMM_K180
0.691002
0.297173
0.691002
0.856809
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180
30
bioclip2_vitl14\dimension_reduction\UMAP\clustering\GMM_K180\bioclip2_vitl14_aves_2_UMAP_8\analysis_summary.json
BioCLIP 2 ViT-L/14
bioclip2_vitl14
UMAP
GMM_K180
0.688767
0.277722
0.688767
0.855889
0.576248
180
30
bioclip2_vitl14\dimension_reduction\UMAP\clustering\GMM_K180\bioclip2_vitl14_aves_2_UMAP_9\analysis_summary.json
BioCLIP 2 ViT-L/14
bioclip2_vitl14
UMAP
GMM_K180
0.699145
0.286161
0.699145
0.869412
0.584646
180
30
bioclip2_vitl14\dimension_reduction\UMAP\clustering\GMM_K180\bioclip2_vitl14_aves_3_UMAP_1\analysis_summary.json
BioCLIP 2 ViT-L/14
bioclip2_vitl14
UMAP
GMM_K180
0.698456
0.286363
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180
30
bioclip2_vitl14\dimension_reduction\UMAP\clustering\GMM_K180\bioclip2_vitl14_aves_3_UMAP_10\analysis_summary.json
BioCLIP 2 ViT-L/14
bioclip2_vitl14
UMAP
GMM_K180
0.703199
0.308816
0.703199
0.871137
0.589547
180
30
bioclip2_vitl14\dimension_reduction\UMAP\clustering\GMM_K180\bioclip2_vitl14_aves_3_UMAP_2\analysis_summary.json
BioCLIP 2 ViT-L/14
bioclip2_vitl14
UMAP
GMM_K180
0.699862
0.288438
0.699862
0.869805
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180
30
bioclip2_vitl14\dimension_reduction\UMAP\clustering\GMM_K180\bioclip2_vitl14_aves_3_UMAP_3\analysis_summary.json
BioCLIP 2 ViT-L/14
bioclip2_vitl14
UMAP
GMM_K180
0.70548
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180
30
bioclip2_vitl14\dimension_reduction\UMAP\clustering\GMM_K180\bioclip2_vitl14_aves_3_UMAP_4\analysis_summary.json
BioCLIP 2 ViT-L/14
bioclip2_vitl14
UMAP
GMM_K180
0.700462
0.294912
0.700462
0.868972
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180
30
bioclip2_vitl14\dimension_reduction\UMAP\clustering\GMM_K180\bioclip2_vitl14_aves_3_UMAP_5\analysis_summary.json
BioCLIP 2 ViT-L/14
bioclip2_vitl14
UMAP
GMM_K180
0.70142
0.295949
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180
30
bioclip2_vitl14\dimension_reduction\UMAP\clustering\GMM_K180\bioclip2_vitl14_aves_3_UMAP_6\analysis_summary.json
BioCLIP 2 ViT-L/14
bioclip2_vitl14
UMAP
GMM_K180
0.702337
0.296485
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180
30
bioclip2_vitl14\dimension_reduction\UMAP\clustering\GMM_K180\bioclip2_vitl14_aves_3_UMAP_7\analysis_summary.json
BioCLIP 2 ViT-L/14
bioclip2_vitl14
UMAP
GMM_K180
0.701955
0.303536
0.701955
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180
30
bioclip2_vitl14\dimension_reduction\UMAP\clustering\GMM_K180\bioclip2_vitl14_aves_3_UMAP_8\analysis_summary.json
BioCLIP 2 ViT-L/14
bioclip2_vitl14
UMAP
GMM_K180
0.698991
0.293732
0.698991
0.867046
0.585505
180
30
bioclip2_vitl14\dimension_reduction\UMAP\clustering\GMM_K180\bioclip2_vitl14_aves_3_UMAP_9\analysis_summary.json
BioCLIP 2 ViT-L/14
bioclip2_vitl14
UMAP
GMM_K180
0.695524
0.286062
0.695524
0.864089
0.581991
180
30
bioclip2_vitl14\dimension_reduction\UMAP\clustering\GMM_K180\bioclip2_vitl14_aves_4_UMAP_1\analysis_summary.json
BioCLIP 2 ViT-L/14
bioclip2_vitl14
UMAP
GMM_K180
0.696968
0.300918
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0.863728
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180
30
bioclip2_vitl14\dimension_reduction\UMAP\clustering\GMM_K180\bioclip2_vitl14_aves_4_UMAP_10\analysis_summary.json
BioCLIP 2 ViT-L/14
bioclip2_vitl14
UMAP
GMM_K180
0.692742
0.288019
0.692742
0.860942
0.579523
180
30
bioclip2_vitl14\dimension_reduction\UMAP\clustering\GMM_K180\bioclip2_vitl14_aves_4_UMAP_2\analysis_summary.json
BioCLIP 2 ViT-L/14
bioclip2_vitl14
UMAP
GMM_K180
0.69608
0.301828
0.69608
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180
30
bioclip2_vitl14\dimension_reduction\UMAP\clustering\GMM_K180\bioclip2_vitl14_aves_4_UMAP_3\analysis_summary.json
BioCLIP 2 ViT-L/14
bioclip2_vitl14
UMAP
GMM_K180
0.693012
0.292348
0.693012
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0.580094
180
30
bioclip2_vitl14\dimension_reduction\UMAP\clustering\GMM_K180\bioclip2_vitl14_aves_4_UMAP_4\analysis_summary.json
BioCLIP 2 ViT-L/14
bioclip2_vitl14
UMAP
GMM_K180
0.692345
0.284409
0.692345
0.860196
0.579304
180
30
bioclip2_vitl14\dimension_reduction\UMAP\clustering\GMM_K180\bioclip2_vitl14_aves_4_UMAP_5\analysis_summary.json
BioCLIP 2 ViT-L/14
bioclip2_vitl14
UMAP
GMM_K180
0.694873
0.288759
0.694873
0.862892
0.581622
180
30
bioclip2_vitl14\dimension_reduction\UMAP\clustering\GMM_K180\bioclip2_vitl14_aves_4_UMAP_6\analysis_summary.json
BioCLIP 2 ViT-L/14
bioclip2_vitl14
UMAP
GMM_K180
0.694362
0.299706
0.694362
0.860573
0.581962
180
30
bioclip2_vitl14\dimension_reduction\UMAP\clustering\GMM_K180\bioclip2_vitl14_aves_4_UMAP_7\analysis_summary.json
BioCLIP 2 ViT-L/14
bioclip2_vitl14
UMAP
GMM_K180
0.692335
0.296882
0.692335
0.859448
0.579631
180
30
bioclip2_vitl14\dimension_reduction\UMAP\clustering\GMM_K180\bioclip2_vitl14_aves_4_UMAP_8\analysis_summary.json
BioCLIP 2 ViT-L/14
bioclip2_vitl14
UMAP
GMM_K180
0.695218
0.303315
0.695218
0.861793
0.582606
180
30
bioclip2_vitl14\dimension_reduction\UMAP\clustering\GMM_K180\bioclip2_vitl14_aves_4_UMAP_9\analysis_summary.json
BioCLIP 2 ViT-L/14
bioclip2_vitl14
UMAP
GMM_K180
0.691919
0.289193
0.691919
0.858301
0.57957
180
30
bioclip2_vitl14\dimension_reduction\UMAP\clustering\GMM_K180\bioclip2_vitl14_aves_5_UMAP_1\analysis_summary.json
BioCLIP 2 ViT-L/14
bioclip2_vitl14
UMAP
GMM_K180
0.696051
0.301438
0.696051
0.862621
0.583398
180
30
bioclip2_vitl14\dimension_reduction\UMAP\clustering\GMM_K180\bioclip2_vitl14_aves_5_UMAP_10\analysis_summary.json
BioCLIP 2 ViT-L/14
bioclip2_vitl14
UMAP
GMM_K180
0.693475
0.289611
0.693475
0.860649
0.580683
180
30
bioclip2_vitl14\dimension_reduction\UMAP\clustering\GMM_K180\bioclip2_vitl14_aves_5_UMAP_2\analysis_summary.json
BioCLIP 2 ViT-L/14
bioclip2_vitl14
UMAP
GMM_K180
0.693791
0.292021
0.693791
0.861484
0.580745
180
30
bioclip2_vitl14\dimension_reduction\UMAP\clustering\GMM_K180\bioclip2_vitl14_aves_5_UMAP_3\analysis_summary.json
BioCLIP 2 ViT-L/14
bioclip2_vitl14
UMAP
GMM_K180
0.697193
0.298774
0.697193
0.864821
0.583997
180
30
bioclip2_vitl14\dimension_reduction\UMAP\clustering\GMM_K180\bioclip2_vitl14_aves_5_UMAP_4\analysis_summary.json
BioCLIP 2 ViT-L/14
bioclip2_vitl14
UMAP
GMM_K180
0.698032
0.307581
0.698032
0.863504
0.58578
180
30
bioclip2_vitl14\dimension_reduction\UMAP\clustering\GMM_K180\bioclip2_vitl14_aves_5_UMAP_5\analysis_summary.json
BioCLIP 2 ViT-L/14
bioclip2_vitl14
UMAP
GMM_K180
0.700576
0.314987
0.700576
0.865977
0.588226
180
30
bioclip2_vitl14\dimension_reduction\UMAP\clustering\GMM_K180\bioclip2_vitl14_aves_5_UMAP_6\analysis_summary.json
BioCLIP 2 ViT-L/14
bioclip2_vitl14
UMAP
GMM_K180
0.695793
0.303195
0.695793
0.860628
0.58395
180
30
bioclip2_vitl14\dimension_reduction\UMAP\clustering\GMM_K180\bioclip2_vitl14_aves_5_UMAP_7\analysis_summary.json
BioCLIP 2 ViT-L/14
bioclip2_vitl14
UMAP
GMM_K180
0.695836
0.303562
0.695836
0.862493
0.583155
180
30
bioclip2_vitl14\dimension_reduction\UMAP\clustering\GMM_K180\bioclip2_vitl14_aves_5_UMAP_8\analysis_summary.json
BioCLIP 2 ViT-L/14
bioclip2_vitl14
UMAP
GMM_K180
0.694472
0.30487
0.694472
0.859959
0.582398
180
30
bioclip2_vitl14\dimension_reduction\UMAP\clustering\GMM_K180\bioclip2_vitl14_aves_5_UMAP_9\analysis_summary.json
BioCLIP 2 ViT-L/14
bioclip2_vitl14
UMAP
GMM_K180
0.692505
0.287583
0.692505
0.860066
0.579588
180
30
bioclip2_vitl14\dimension_reduction\UMAP\clustering\GMM_K180\bioclip2_vitl14_aves_6_UMAP_1\analysis_summary.json
BioCLIP 2 ViT-L/14
bioclip2_vitl14
UMAP
GMM_K180
0.698747
0.298431
0.698747
0.865679
0.585788
180
30
bioclip2_vitl14\dimension_reduction\UMAP\clustering\GMM_K180\bioclip2_vitl14_aves_6_UMAP_10\analysis_summary.json
BioCLIP 2 ViT-L/14
bioclip2_vitl14
UMAP
GMM_K180
0.700088
0.301257
0.700088
0.869289
0.586023
180
30
bioclip2_vitl14\dimension_reduction\UMAP\clustering\GMM_K180\bioclip2_vitl14_aves_6_UMAP_2\analysis_summary.json
BioCLIP 2 ViT-L/14
bioclip2_vitl14
UMAP
GMM_K180
0.699663
0.300115
0.699663
0.866666
0.586624
180
30
bioclip2_vitl14\dimension_reduction\UMAP\clustering\GMM_K180\bioclip2_vitl14_aves_6_UMAP_3\analysis_summary.json
BioCLIP 2 ViT-L/14
bioclip2_vitl14
UMAP
GMM_K180
0.701748
0.308136
0.701748
0.867389
0.589226
180
30
bioclip2_vitl14\dimension_reduction\UMAP\clustering\GMM_K180\bioclip2_vitl14_aves_6_UMAP_4\analysis_summary.json
BioCLIP 2 ViT-L/14
bioclip2_vitl14
UMAP
GMM_K180
0.696238
0.288378
0.696238
0.865373
0.582407
180
30
bioclip2_vitl14\dimension_reduction\UMAP\clustering\GMM_K180\bioclip2_vitl14_aves_6_UMAP_5\analysis_summary.json
BioCLIP 2 ViT-L/14
bioclip2_vitl14
UMAP
GMM_K180
0.695729
0.294179
0.695729
0.863789
0.582414
180
30
bioclip2_vitl14\dimension_reduction\UMAP\clustering\GMM_K180\bioclip2_vitl14_aves_6_UMAP_6\analysis_summary.json
BioCLIP 2 ViT-L/14
bioclip2_vitl14
UMAP
GMM_K180
0.701322
0.303828
0.701322
0.867719
0.588474
180
30
bioclip2_vitl14\dimension_reduction\UMAP\clustering\GMM_K180\bioclip2_vitl14_aves_6_UMAP_7\analysis_summary.json
BioCLIP 2 ViT-L/14
bioclip2_vitl14
UMAP
GMM_K180
0.700914
0.311797
0.700914
0.86751
0.587995
180
30
bioclip2_vitl14\dimension_reduction\UMAP\clustering\GMM_K180\bioclip2_vitl14_aves_6_UMAP_8\analysis_summary.json
BioCLIP 2 ViT-L/14
bioclip2_vitl14
UMAP
GMM_K180
0.697484
0.300646
0.697484
0.864325
0.584632
180
30
bioclip2_vitl14\dimension_reduction\UMAP\clustering\GMM_K180\bioclip2_vitl14_aves_6_UMAP_9\analysis_summary.json
BioCLIP 2 ViT-L/14
bioclip2_vitl14
UMAP
GMM_K180
0.691878
0.294491
0.691878
0.859485
0.578973
180
30
bioclip2_vitl14\dimension_reduction\UMAP\clustering\GMM_K180\bioclip2_vitl14_aves_7_UMAP_1\analysis_summary.json
BioCLIP 2 ViT-L/14
bioclip2_vitl14
UMAP
GMM_K180
0.691836
0.306795
0.691836
0.856474
0.580288
180
30
bioclip2_vitl14\dimension_reduction\UMAP\clustering\GMM_K180\bioclip2_vitl14_aves_7_UMAP_10\analysis_summary.json
BioCLIP 2 ViT-L/14
bioclip2_vitl14
UMAP
GMM_K180
0.693652
0.305247
0.693652
0.858369
0.581974
180
30
bioclip2_vitl14\dimension_reduction\UMAP\clustering\GMM_K180\bioclip2_vitl14_aves_7_UMAP_2\analysis_summary.json
BioCLIP 2 ViT-L/14
bioclip2_vitl14
UMAP
GMM_K180
0.688182
0.284137
0.688182
0.855583
0.575569
180
30
bioclip2_vitl14\dimension_reduction\UMAP\clustering\GMM_K180\bioclip2_vitl14_aves_7_UMAP_3\analysis_summary.json
BioCLIP 2 ViT-L/14
bioclip2_vitl14
UMAP
GMM_K180
0.690396
0.293266
0.690396
0.855693
0.578622
180
30
bioclip2_vitl14\dimension_reduction\UMAP\clustering\GMM_K180\bioclip2_vitl14_aves_7_UMAP_4\analysis_summary.json
BioCLIP 2 ViT-L/14
bioclip2_vitl14
UMAP
GMM_K180
0.694251
0.302975
0.694251
0.859279
0.582399
180
30
bioclip2_vitl14\dimension_reduction\UMAP\clustering\GMM_K180\bioclip2_vitl14_aves_7_UMAP_5\analysis_summary.json
BioCLIP 2 ViT-L/14
bioclip2_vitl14
UMAP
GMM_K180
0.691481
0.291908
0.691481
0.857928
0.579124
180
30
bioclip2_vitl14\dimension_reduction\UMAP\clustering\GMM_K180\bioclip2_vitl14_aves_7_UMAP_6\analysis_summary.json
BioCLIP 2 ViT-L/14
bioclip2_vitl14
UMAP
GMM_K180
0.690816
0.298091
0.690816
0.857197
0.578525
180
30
bioclip2_vitl14\dimension_reduction\UMAP\clustering\GMM_K180\bioclip2_vitl14_aves_7_UMAP_7\analysis_summary.json
BioCLIP 2 ViT-L/14
bioclip2_vitl14
UMAP
GMM_K180
0.690721
0.29345
0.690721
0.857337
0.578327
180
30
bioclip2_vitl14\dimension_reduction\UMAP\clustering\GMM_K180\bioclip2_vitl14_aves_7_UMAP_8\analysis_summary.json
BioCLIP 2 ViT-L/14
bioclip2_vitl14
UMAP
GMM_K180
0.690272
0.288783
0.690272
0.856806
0.57794
180
30
bioclip2_vitl14\dimension_reduction\UMAP\clustering\GMM_K180\bioclip2_vitl14_aves_7_UMAP_9\analysis_summary.json