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_K180	0.705655	0.276967	0.705655	0.879838	0.589041	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_aves_8_TSNE_1\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.706006	0.283898	0.706006	0.879069	0.589877	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_aves_8_TSNE_10\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.706564	0.276427	0.706564	0.881653	0.589495	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_aves_8_TSNE_2\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.704372	0.270348	0.704372	0.87955	0.587384	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_aves_8_TSNE_3\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.700323	0.264902	0.700323	0.873749	0.58434	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_aves_8_TSNE_4\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.708181	0.28823	0.708181	0.880996	0.592046	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_aves_8_TSNE_5\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.705618	0.28637	0.705618	0.878243	0.589707	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_aves_8_TSNE_6\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.702655	0.273926	0.702655	0.87522	0.586932	179	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_aves_8_TSNE_7\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.705565	0.279938	0.705565	0.879205	0.5892	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_aves_8_TSNE_8\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.706454	0.278725	0.706454	0.880981	0.589642	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_aves_8_TSNE_9\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.703322	0.265785	0.703322	0.87786	0.586677	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_aves_9_TSNE_1\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.701658	0.26496	0.701658	0.875959	0.585211	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_aves_9_TSNE_10\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.703338	0.270603	0.703338	0.877381	0.586913	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_aves_9_TSNE_2\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.703377	0.273767	0.703377	0.877778	0.58679	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_aves_9_TSNE_3\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.70381	0.269682	0.70381	0.879306	0.586712	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_aves_9_TSNE_4\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.699769	0.264378	0.699769	0.873566	0.58365	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_aves_9_TSNE_5\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.704107	0.274674	0.704107	0.878486	0.58749	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_aves_9_TSNE_6\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.702631	0.267332	0.702631	0.877083	0.586062	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_aves_9_TSNE_7\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.702209	0.265113	0.702209	0.87719	0.585428	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_aves_9_TSNE_8\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.702795	0.26773	0.702795	0.877176	0.586249	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_aves_9_TSNE_9\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.669469	0.249851	0.669469	0.83511	0.55866	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_mammalia_10_TSNE_1\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.668014	0.240545	0.668014	0.834861	0.556748	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_mammalia_10_TSNE_10\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.67352	0.257909	0.67352	0.839364	0.562399	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_mammalia_10_TSNE_2\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.669113	0.244325	0.669113	0.834774	0.558316	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_mammalia_10_TSNE_3\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.673805	0.254253	0.673805	0.84077	0.562167	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_mammalia_10_TSNE_4\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.670423	0.24915	0.670423	0.83709	0.559103	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_mammalia_10_TSNE_5\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.669283	0.244193	0.669283	0.836639	0.55772	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_mammalia_10_TSNE_6\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.668785	0.24326	0.668785	0.83467	0.557906	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_mammalia_10_TSNE_7\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.668248	0.235212	0.668248	0.836766	0.556228	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_mammalia_10_TSNE_8\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.670221	0.243932	0.670221	0.83731	0.558725	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_mammalia_10_TSNE_9\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.669481	0.242011	0.669481	0.835883	0.558332	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_mammalia_1_TSNE_1\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.667589	0.247553	0.667589	0.832184	0.557353	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_mammalia_1_TSNE_10\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.666172	0.242156	0.666172	0.832179	0.555382	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_mammalia_1_TSNE_2\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.665247	0.242813	0.665247	0.830513	0.554838	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_mammalia_1_TSNE_3\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.668428	0.250761	0.668428	0.832819	0.558236	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_mammalia_1_TSNE_4\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.670545	0.254709	0.670545	0.835621	0.559931	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_mammalia_1_TSNE_5\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.669793	0.253301	0.669793	0.835195	0.559074	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_mammalia_1_TSNE_6\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.669153	0.24218	0.669153	0.834928	0.558302	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_mammalia_1_TSNE_7\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.668778	0.257064	0.668778	0.831888	0.559145	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_mammalia_1_TSNE_8\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.666022	0.241535	0.666022	0.832073	0.555221	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_mammalia_1_TSNE_9\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.666183	0.248502	0.666183	0.831637	0.555639	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_mammalia_2_TSNE_1\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.666161	0.241819	0.666161	0.832377	0.555279	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_mammalia_2_TSNE_10\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.669605	0.255836	0.669605	0.835229	0.558797	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_mammalia_2_TSNE_2\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.667988	0.249121	0.667988	0.833206	0.55745	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_mammalia_2_TSNE_3\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.670178	0.244727	0.670178	0.837175	0.558725	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_mammalia_2_TSNE_4\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.666004	0.242922	0.666004	0.832612	0.554955	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_mammalia_2_TSNE_5\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.667724	0.247426	0.667724	0.833061	0.557148	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_mammalia_2_TSNE_6\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.670864	0.255902	0.670864	0.836638	0.55992	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_mammalia_2_TSNE_7\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.669135	0.246559	0.669135	0.834727	0.558366	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_mammalia_2_TSNE_8\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.666278	0.248667	0.666278	0.83094	0.556083	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_mammalia_2_TSNE_9\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.669601	0.253956	0.669601	0.834442	0.559144	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_mammalia_3_TSNE_1\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.668321	0.241652	0.668321	0.834336	0.557409	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_mammalia_3_TSNE_10\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.674732	0.260242	0.674732	0.839577	0.563995	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_mammalia_3_TSNE_2\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.670357	0.249816	0.670357	0.836485	0.559282	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_mammalia_3_TSNE_3\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.669467	0.24744	0.669467	0.836	0.55826	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_mammalia_3_TSNE_4\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.668991	0.249593	0.668991	0.834364	0.558328	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_mammalia_3_TSNE_5\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.668275	0.252991	0.668275	0.831773	0.558495	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_mammalia_3_TSNE_6\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.672003	0.2552	0.672003	0.838151	0.560829	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_mammalia_3_TSNE_7\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.667884	0.248947	0.667884	0.832475	0.557633	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_mammalia_3_TSNE_8\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.667909	0.243378	0.667909	0.833278	0.557307	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_mammalia_3_TSNE_9\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.672187	0.256726	0.672187	0.838223	0.561053	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_mammalia_4_TSNE_1\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.669449	0.243323	0.669449	0.836409	0.558053	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_mammalia_4_TSNE_10\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.672174	0.250555	0.672174	0.83878	0.560786	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_mammalia_4_TSNE_2\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.672718	0.255239	0.672718	0.838359	0.561732	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_mammalia_4_TSNE_3\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.673096	0.251503	0.673096	0.839745	0.561638	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_mammalia_4_TSNE_4\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.671607	0.245778	0.671607	0.839333	0.559751	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_mammalia_4_TSNE_5\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.674619	0.253295	0.674619	0.84115	0.56313	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_mammalia_4_TSNE_6\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.674782	0.254775	0.674782	0.841493	0.563203	179	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_mammalia_4_TSNE_7\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.672677	0.25466	0.672677	0.838983	0.561395	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_mammalia_4_TSNE_8\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.671684	0.247052	0.671684	0.838926	0.56004	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_mammalia_4_TSNE_9\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.665747	0.246802	0.665747	0.829348	0.556056	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_mammalia_5_TSNE_1\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.6634	0.2481	0.6634	0.826543	0.554042	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_mammalia_5_TSNE_10\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.664573	0.244712	0.664573	0.829253	0.554464	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_mammalia_5_TSNE_2\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.663436	0.242114	0.663436	0.828109	0.553391	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_mammalia_5_TSNE_3\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.664234	0.24601	0.664234	0.828224	0.554451	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_mammalia_5_TSNE_4\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.66726	0.255034	0.66726	0.830754	0.557536	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_mammalia_5_TSNE_5\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.666225	0.250348	0.666225	0.831269	0.555862	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_mammalia_5_TSNE_6\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.66219	0.249708	0.66219	0.824862	0.553111	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_mammalia_5_TSNE_7\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.661891	0.240213	0.661891	0.827158	0.551667	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_mammalia_5_TSNE_8\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.669433	0.248996	0.669433	0.8356	0.558392	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_mammalia_5_TSNE_9\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.667329	0.250954	0.667329	0.831863	0.557134	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_mammalia_6_TSNE_1\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.665654	0.249017	0.665654	0.830572	0.555379	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_mammalia_6_TSNE_10\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.664155	0.246312	0.664155	0.826911	0.554932	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_mammalia_6_TSNE_2\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.66761	0.248331	0.66761	0.832447	0.557263	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_mammalia_6_TSNE_3\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.664671	0.243669	0.664671	0.829325	0.554568	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_mammalia_6_TSNE_4\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.666265	0.249916	0.666265	0.829981	0.556495	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_mammalia_6_TSNE_5\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.667629	0.251739	0.667629	0.831228	0.557838	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_mammalia_6_TSNE_6\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.668364	0.246186	0.668364	0.834624	0.55734	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_mammalia_6_TSNE_7\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.664194	0.240037	0.664194	0.829838	0.553675	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_mammalia_6_TSNE_8\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.665978	0.249032	0.665978	0.829935	0.556115	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_mammalia_6_TSNE_9\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.66899	0.245862	0.66899	0.83387	0.55855	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_mammalia_7_TSNE_1\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.672193	0.250231	0.672193	0.837848	0.56123	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_mammalia_7_TSNE_10\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.669342	0.249037	0.669342	0.835139	0.55847	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_mammalia_7_TSNE_2\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.674558	0.254608	0.674558	0.840013	0.563556	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_mammalia_7_TSNE_3\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.669772	0.250936	0.669772	0.834653	0.559288	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_mammalia_7_TSNE_4\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.66692	0.250829	0.66692	0.831328	0.556804	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_mammalia_7_TSNE_5\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.669565	0.24983	0.669565	0.83376	0.559401	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_mammalia_7_TSNE_6\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.67013	0.248621	0.67013	0.835918	0.55922	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_mammalia_7_TSNE_7\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.671179	0.25057	0.671179	0.836457	0.56044	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_mammalia_7_TSNE_8\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.667192	0.246533	0.667192	0.832046	0.556861	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_mammalia_7_TSNE_9\analysis_summary.json

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