Research map / Graph learning / Graph self-supervised learning
Regularized Diffusion Process for Visual Retrieval
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Measured effects reported in the paper
| What was changed | Where | Measured | Effect |
|---|---|---|---|
| set Y to original affinity W instead of identity I (ablation) | RDP · ORL, K=11 | retrieval accuracy (%): 74.17 -> 75.08 | Helped |
| set Y to W instead of I (ablation) | RDP · MPEG-7, K=40 | retrieval accuracy (%): 93.77 -> 93.78 | No clear effect |
| set Y to W instead of I (ablation) | RDP · Ukbench | N-S score: 3.93 -> 3.94 | No clear effect |
| tensor product graph diffusion (RDP) instead of manifold ranking | manifold ranking · YALE B, K=15 | retrieval accuracy (%): 70.85 -> 78.24 | Helped |
| RDP instead of modified Manifold Ranking* (kNN graph, zero diagonal, Y=W) | manifold ranking · MPEG-7, K=40 | retrieval accuracy (%): 92.61 -> 93.78 | Helped |
| modified manifold ranking (kNN graph, zero diagonal, Y=W) vs standard | manifold ranking · MPEG-7, K=40 | retrieval accuracy (%): 89.26 -> 92.61 | Helped |
| different initializations of A(1) (ablation) | RDP · YALE B, K=15 | final retrieval accuracy | No clear effect |
| RDP vs TPG on Ukbench | tensor product graph diffusion · Ukbench | N-S score: 3.61 -> 3.94 | Helped |
Closest papers by meaning
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