Research Article
An Appearance Invariant Gait Recognition Technique Using Dynamic Gait Features
Table 4
Gait recognition accuracy achieved by our work and existing work.
| Research work | CASIA-B | TUM-IITKGP | OUISIR-B |
| TTGS + MCCNN [26] | 99% | — | — | 3D Gait model + partial Similarity [22] | 99% | 99% | — | 96% | 80% | — | 95% | 65% | | Average = 96.6% | | | 3D Gait + Sparse reconstruction [23] | 96% | — | — | GEI + PCA + WRSL [12] | 89% | — | — | GEI + DRL + CNN [17] | 92.6% | — | — | GEI + MSCNN [38] | 90.43% | — | — | Effective joints + LSTM + CNN [27] | 96% | — | — | 79% | | | 61% | | | Average = 79.6% | | | Pose + LSTM + CNN [39] | 97.58% | — | — | 70.16% | | | 56.45% | | | Average = 74.7% | | | Optical flow, PCA, LDA [40] | 98% | | | 90% | | | 64% | | | Average = 84% | | | Our work (DGF, CCS, SVM) | 98% | 97.1% | 100% |
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