- Please download the model in the table
- Please change the
inference modelpath when you use these models - Please follow the configurations in the
experiments - The results in parenthesis are proposed in the original papers
| Method | Ped2 | Avenue | Shanghai |
|---|---|---|---|
| STAE[1] | 90.1(91.2) | 75.2(77.1) | - |
| MemAE[2] | 92.3(94.1) | 82.9(83.3) | 70.0 (71.2) |
| OCAE[5] | 95.3(97.8) | 90.0(90.4) | 81.3 (84.9) |
| AnoPCN[7] | 94.2(96.8) | 87.1(86.2) | 72.1 (73.6) |
| AMC[13] | 97.4(96.2) | 83.5 (86.9) | - |
| AnoPred[14] | 93.9(96.4) | 86.7 (85.1) | 69.9 (72.8) |
Note: We found that different GPU type may inference the results.
-
Some methods using other optical flow methods to get the optical in video
-
We choose to use the different optical flow methods implemented in PyTorch
-
We use the pre-trained models in these methods, which can be download from their GitHub repo.
Method Optical Flow Method Ped2 Avenue Shanghai AMC FlowNet2 97.4 - AMC LiteFlowNet - AnoPred FlowNet2 AnoPred LiteFlowNet 89.5 AnoPCN FlowNet2 AnoPCN LiteFlowNet