Subset (15)

primary_benchmarking · 27.6k rows

Split (1)

train · 27.6k rows

model large_stringclasses 5 values	model_short large_stringclasses 5 values	dim_reduction large_stringclasses 5 values	clustering large_stringclasses 12 values	v_measure float64 0.01 0.97	adjusted_rand_index float64 0 0.96	normalized_mutual_info float64 0.01 0.97	homogeneity float64 0.01 0.98	completeness float64 0.06 0.99	n_clusters_pred float64 2 278	n_clusters_true float64 30 30	path large_stringlengths 98 140
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K30	0.763575	0.589662	0.763575	0.758479	0.768741	30	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K30\bioclip2_vitl14_aves_8_TSNE_1\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K30	0.765508	0.589699	0.765508	0.759976	0.771121	30	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K30\bioclip2_vitl14_aves_8_TSNE_10\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K30	0.77124	0.58628	0.77124	0.764666	0.777928	30	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K30\bioclip2_vitl14_aves_8_TSNE_2\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K30	0.771353	0.592738	0.771353	0.76485	0.777967	30	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K30\bioclip2_vitl14_aves_8_TSNE_3\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K30	0.77153	0.587719	0.77153	0.765255	0.777908	30	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K30\bioclip2_vitl14_aves_8_TSNE_4\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K30	0.765222	0.595362	0.765222	0.75979	0.770732	30	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K30\bioclip2_vitl14_aves_8_TSNE_5\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K30	0.770728	0.580537	0.770728	0.763388	0.778212	30	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K30\bioclip2_vitl14_aves_8_TSNE_6\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K30	0.769679	0.585	0.769679	0.763288	0.776179	30	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K30\bioclip2_vitl14_aves_8_TSNE_7\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K30	0.767081	0.592163	0.767081	0.761906	0.772327	30	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K30\bioclip2_vitl14_aves_8_TSNE_8\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K30	0.767517	0.596828	0.767517	0.762258	0.77285	30	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K30\bioclip2_vitl14_aves_8_TSNE_9\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K30	0.774804	0.61154	0.774804	0.769607	0.780071	30	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K30\bioclip2_vitl14_aves_9_TSNE_1\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K30	0.779937	0.587194	0.779937	0.771868	0.788176	30	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K30\bioclip2_vitl14_aves_9_TSNE_10\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K30	0.772267	0.605323	0.772267	0.766598	0.77802	30	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K30\bioclip2_vitl14_aves_9_TSNE_2\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K30	0.776719	0.605863	0.776719	0.770741	0.78279	30	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K30\bioclip2_vitl14_aves_9_TSNE_3\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K30	0.778005	0.607985	0.778005	0.771653	0.784462	30	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K30\bioclip2_vitl14_aves_9_TSNE_4\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K30	0.775334	0.599562	0.775334	0.768856	0.781923	30	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K30\bioclip2_vitl14_aves_9_TSNE_5\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K30	0.774938	0.611795	0.774938	0.769689	0.78026	30	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K30\bioclip2_vitl14_aves_9_TSNE_6\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K30	0.775218	0.607921	0.775218	0.769473	0.78105	30	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K30\bioclip2_vitl14_aves_9_TSNE_7\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K30	0.772346	0.588466	0.772346	0.764604	0.780246	30	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K30\bioclip2_vitl14_aves_9_TSNE_8\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K30	0.784696	0.588546	0.784696	0.775437	0.794179	30	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K30\bioclip2_vitl14_aves_9_TSNE_9\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K30	0.726269	0.546686	0.726269	0.72106	0.731555	30	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K30\bioclip2_vitl14_mammalia_10_TSNE_1\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K30	0.725246	0.545259	0.725246	0.720559	0.729994	30	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K30\bioclip2_vitl14_mammalia_10_TSNE_10\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K30	0.716552	0.535843	0.716552	0.711869	0.721297	30	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K30\bioclip2_vitl14_mammalia_10_TSNE_2\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K30	0.717583	0.53174	0.717583	0.712383	0.72286	30	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K30\bioclip2_vitl14_mammalia_10_TSNE_3\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K30	0.725985	0.527017	0.725985	0.716836	0.735372	30	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K30\bioclip2_vitl14_mammalia_10_TSNE_4\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K30	0.71787	0.519373	0.71787	0.711652	0.724197	30	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K30\bioclip2_vitl14_mammalia_10_TSNE_5\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K30	0.727285	0.547033	0.727285	0.722294	0.732345	30	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K30\bioclip2_vitl14_mammalia_10_TSNE_6\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K30	0.723612	0.537789	0.723612	0.716868	0.730483	30	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K30\bioclip2_vitl14_mammalia_10_TSNE_7\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K30	0.718477	0.516229	0.718477	0.711938	0.725137	30	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K30\bioclip2_vitl14_mammalia_10_TSNE_8\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K30	0.718575	0.521889	0.718575	0.712569	0.724684	30	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K30\bioclip2_vitl14_mammalia_10_TSNE_9\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K30	0.695622	0.512891	0.695622	0.691938	0.699345	30	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K30\bioclip2_vitl14_mammalia_1_TSNE_1\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K30	0.692382	0.504733	0.692382	0.687497	0.697336	30	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K30\bioclip2_vitl14_mammalia_1_TSNE_10\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K30	0.705073	0.525684	0.705073	0.700926	0.70927	30	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K30\bioclip2_vitl14_mammalia_1_TSNE_2\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K30	0.700133	0.511512	0.700133	0.69529	0.705043	30	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K30\bioclip2_vitl14_mammalia_1_TSNE_3\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K30	0.706074	0.514091	0.706074	0.700413	0.711826	30	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K30\bioclip2_vitl14_mammalia_1_TSNE_4\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K30	0.689682	0.497352	0.689682	0.686448	0.692947	30	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K30\bioclip2_vitl14_mammalia_1_TSNE_5\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K30	0.700511	0.523106	0.700511	0.696338	0.704735	30	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K30\bioclip2_vitl14_mammalia_1_TSNE_6\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K30	0.697781	0.498332	0.697781	0.69336	0.702258	30	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K30\bioclip2_vitl14_mammalia_1_TSNE_7\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K30	0.70327	0.506248	0.70327	0.697911	0.708712	30	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K30\bioclip2_vitl14_mammalia_1_TSNE_8\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K30	0.708937	0.521884	0.708937	0.702494	0.7155	30	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K30\bioclip2_vitl14_mammalia_1_TSNE_9\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K30	0.698107	0.490174	0.698107	0.691178	0.705177	30	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K30\bioclip2_vitl14_mammalia_2_TSNE_1\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K30	0.698537	0.491631	0.698537	0.690428	0.706839	30	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K30\bioclip2_vitl14_mammalia_2_TSNE_10\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K30	0.704091	0.49593	0.704091	0.696251	0.712109	30	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K30\bioclip2_vitl14_mammalia_2_TSNE_2\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K30	0.694422	0.487772	0.694422	0.686911	0.7021	30	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K30\bioclip2_vitl14_mammalia_2_TSNE_3\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K30	0.714712	0.516623	0.714712	0.707063	0.722529	30	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K30\bioclip2_vitl14_mammalia_2_TSNE_4\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K30	0.696662	0.486614	0.696662	0.688281	0.705248	30	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K30\bioclip2_vitl14_mammalia_2_TSNE_5\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K30	0.691421	0.479198	0.691421	0.685754	0.697183	30	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K30\bioclip2_vitl14_mammalia_2_TSNE_6\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K30	0.706244	0.508641	0.706244	0.69954	0.713078	30	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K30\bioclip2_vitl14_mammalia_2_TSNE_7\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K30	0.708744	0.520331	0.708744	0.703435	0.714134	30	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K30\bioclip2_vitl14_mammalia_2_TSNE_8\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K30	0.699274	0.488595	0.699274	0.691784	0.706928	30	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K30\bioclip2_vitl14_mammalia_2_TSNE_9\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K30	0.68645	0.463851	0.68645	0.678889	0.694181	30	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K30\bioclip2_vitl14_mammalia_3_TSNE_1\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K30	0.693465	0.472339	0.693465	0.684667	0.702492	30	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K30\bioclip2_vitl14_mammalia_3_TSNE_10\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K30	0.688574	0.48045	0.688574	0.681822	0.695461	30	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K30\bioclip2_vitl14_mammalia_3_TSNE_2\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K30	0.691791	0.481744	0.691791	0.685409	0.698294	30	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K30\bioclip2_vitl14_mammalia_3_TSNE_3\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K30	0.696673	0.465068	0.696673	0.687164	0.70645	30	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K30\bioclip2_vitl14_mammalia_3_TSNE_4\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K30	0.677408	0.469999	0.677408	0.67214	0.682759	30	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K30\bioclip2_vitl14_mammalia_3_TSNE_5\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K30	0.691619	0.481906	0.691619	0.685573	0.697773	30	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K30\bioclip2_vitl14_mammalia_3_TSNE_6\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K30	0.676168	0.448973	0.676168	0.668168	0.684362	30	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K30\bioclip2_vitl14_mammalia_3_TSNE_7\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K30	0.691226	0.480924	0.691226	0.684999	0.697568	30	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K30\bioclip2_vitl14_mammalia_3_TSNE_8\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K30	0.690895	0.485304	0.690895	0.685963	0.695898	30	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K30\bioclip2_vitl14_mammalia_3_TSNE_9\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K30	0.712167	0.516626	0.712167	0.705341	0.719127	30	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K30\bioclip2_vitl14_mammalia_4_TSNE_1\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K30	0.708752	0.508201	0.708752	0.70097	0.716709	30	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K30\bioclip2_vitl14_mammalia_4_TSNE_10\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K30	0.712787	0.499425	0.712787	0.703904	0.721897	30	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K30\bioclip2_vitl14_mammalia_4_TSNE_2\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K30	0.715744	0.53059	0.715744	0.710914	0.72064	30	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K30\bioclip2_vitl14_mammalia_4_TSNE_3\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K30	0.705438	0.509298	0.705438	0.69905	0.711945	30	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K30\bioclip2_vitl14_mammalia_4_TSNE_4\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K30	0.713372	0.517341	0.713372	0.705447	0.721477	30	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K30\bioclip2_vitl14_mammalia_4_TSNE_5\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K30	0.716538	0.515817	0.716538	0.708029	0.725254	30	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K30\bioclip2_vitl14_mammalia_4_TSNE_6\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K30	0.712572	0.528695	0.712572	0.707122	0.718107	30	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K30\bioclip2_vitl14_mammalia_4_TSNE_7\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K30	0.71201	0.521605	0.71201	0.705817	0.718313	30	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K30\bioclip2_vitl14_mammalia_4_TSNE_8\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K30	0.71156	0.519644	0.71156	0.705545	0.717678	30	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K30\bioclip2_vitl14_mammalia_4_TSNE_9\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K30	0.701667	0.523611	0.701667	0.697893	0.705482	30	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K30\bioclip2_vitl14_mammalia_5_TSNE_1\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K30	0.695213	0.486481	0.695213	0.689236	0.701295	30	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K30\bioclip2_vitl14_mammalia_5_TSNE_10\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K30	0.686448	0.482557	0.686448	0.679741	0.693288	30	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K30\bioclip2_vitl14_mammalia_5_TSNE_2\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K30	0.702784	0.510084	0.702784	0.697201	0.708458	30	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K30\bioclip2_vitl14_mammalia_5_TSNE_3\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K30	0.696998	0.513145	0.696998	0.693329	0.700706	30	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K30\bioclip2_vitl14_mammalia_5_TSNE_4\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K30	0.70396	0.516841	0.70396	0.699115	0.708873	30	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K30\bioclip2_vitl14_mammalia_5_TSNE_5\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K30	0.702015	0.521886	0.702015	0.697829	0.706251	30	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K30\bioclip2_vitl14_mammalia_5_TSNE_6\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K30	0.697982	0.503751	0.697982	0.692042	0.704024	30	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K30\bioclip2_vitl14_mammalia_5_TSNE_7\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K30	0.705346	0.52386	0.705346	0.701337	0.709401	30	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K30\bioclip2_vitl14_mammalia_5_TSNE_8\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K30	0.699025	0.511097	0.699025	0.694424	0.703687	30	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K30\bioclip2_vitl14_mammalia_5_TSNE_9\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K30	0.70937	0.526538	0.70937	0.70446	0.714348	30	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K30\bioclip2_vitl14_mammalia_6_TSNE_1\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K30	0.699257	0.497773	0.699257	0.693071	0.705555	30	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K30\bioclip2_vitl14_mammalia_6_TSNE_10\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K30	0.70149	0.502283	0.70149	0.694547	0.708573	30	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K30\bioclip2_vitl14_mammalia_6_TSNE_2\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K30	0.699597	0.503282	0.699597	0.694306	0.704969	30	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K30\bioclip2_vitl14_mammalia_6_TSNE_3\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K30	0.699553	0.494332	0.699553	0.692915	0.706319	30	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K30\bioclip2_vitl14_mammalia_6_TSNE_4\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K30	0.702919	0.511435	0.702919	0.697433	0.708492	30	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K30\bioclip2_vitl14_mammalia_6_TSNE_5\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K30	0.703843	0.49442	0.703843	0.69424	0.713715	30	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K30\bioclip2_vitl14_mammalia_6_TSNE_6\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K30	0.697778	0.499173	0.697778	0.693149	0.70247	30	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K30\bioclip2_vitl14_mammalia_6_TSNE_7\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K30	0.712391	0.513638	0.712391	0.706167	0.718727	30	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K30\bioclip2_vitl14_mammalia_6_TSNE_8\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K30	0.704434	0.501801	0.704434	0.697744	0.711254	30	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K30\bioclip2_vitl14_mammalia_6_TSNE_9\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K30	0.703434	0.508334	0.703434	0.69763	0.709336	30	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K30\bioclip2_vitl14_mammalia_7_TSNE_1\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K30	0.698742	0.487975	0.698742	0.692017	0.7056	30	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K30\bioclip2_vitl14_mammalia_7_TSNE_10\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K30	0.694647	0.511255	0.694647	0.691399	0.697926	30	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K30\bioclip2_vitl14_mammalia_7_TSNE_2\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K30	0.699296	0.499878	0.699296	0.69329	0.705407	30	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K30\bioclip2_vitl14_mammalia_7_TSNE_3\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K30	0.696566	0.497043	0.696566	0.691121	0.702098	30	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K30\bioclip2_vitl14_mammalia_7_TSNE_4\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K30	0.700465	0.502178	0.700465	0.694866	0.706155	30	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K30\bioclip2_vitl14_mammalia_7_TSNE_5\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K30	0.705345	0.501251	0.705345	0.696752	0.714152	30	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K30\bioclip2_vitl14_mammalia_7_TSNE_6\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K30	0.695107	0.486931	0.695107	0.686659	0.703764	30	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K30\bioclip2_vitl14_mammalia_7_TSNE_7\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K30	0.695406	0.498997	0.695406	0.69038	0.700506	30	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K30\bioclip2_vitl14_mammalia_7_TSNE_8\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K30	0.703504	0.484486	0.703504	0.694424	0.712825	30	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K30\bioclip2_vitl14_mammalia_7_TSNE_9\analysis_summary.json

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