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Spectral Feature Transformation for Person Re-identification

About

With the surge of deep learning techniques, the field of person re-identification has witnessed rapid progress in recent years. Deep learning based methods focus on learning a feature space where samples are clustered compactly according to their corresponding identities. Most existing methods rely on powerful CNNs to transform the samples individually. In contrast, we propose to consider the sample relations in the transformation. To achieve this goal, we incorporate spectral clustering technique into CNN. We derive a novel module named Spectral Feature Transformation and seamlessly integrate it into existing CNN pipeline with negligible cost,which makes our method enjoy the best of two worlds. Empirical studies show that the proposed approach outperforms previous state-of-the-art methods on four public benchmarks by a considerable margin without bells and whistles.

Chuanchen Luo, Yuntao Chen, Naiyan Wang, Zhaoxiang Zhang• 2018

Related benchmarks

TaskDatasetResultRank
Person Re-IdentificationMarket1501 (test)
Rank-1 Accuracy93.5
1264
Person Re-IdentificationDuke MTMC-reID (test)
Rank-188.3
1018
Person Re-IdentificationMarket 1501
mAP82.7
999
Person Re-IdentificationDukeMTMC-reID
Rank-1 Acc86.9
648
Person Re-IdentificationMSMT17 (test)
Rank-1 Acc79
499
Person Re-IdentificationMSMT17
mAP0.476
404
Person Re-IdentificationMarket-1501 (test)
Rank-194.1
384
Person Re-IdentificationCUHK03 (Labeled)
Rank-1 Rate68.2
180
Person Re-IdentificationMarket-1501 single query
Rank-1 Acc93.4
114
Person Re-IdentificationMarket-1501 holistic (test)
Rank-193.4
32
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