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GNN-CCA
This is a DGL implementation of GNN-CCA for multi-view detections.
The original GNN-CCA was implemented in PyGeometric. This repo re-implements in DGL. Both are using PyTorch.
Installation
- Install PyTorch (>= 1.9.0) and DGL (Python 3.7)
- Install other requirements and warmup_scheduler:
pip install -r requirements.txt
pip install git+https://github.com/ildoonet/pytorch-gradual-warmup-lr.git
- Install torchreid (follow its instruction)
Preparation
Dataset
Assume DATA_NAME
is the directory in dataset
folder.
- Download dataset. Please refer to
dataset/${DATA_NAME}/README.md
- Run
python preprocess/${DATA_NAME}.py
with${DATA_NAME}
be the lower case. For example:
python preprocess/epfl.py
Model
- Download ReID model from here and assume its path is
PATH_TO_REID_MODEL
. - You can also download the trained model from table below and assume its path is
PATH_TO_MODEL
.
Model Name | Download Link | Train Dataset | Test Dataset | Performance |
---|---|---|---|---|
gnn_cca_epfl | Google Drive <br/> Baidu Drive (m1he) | EPFL | EPFL | See Table 1 |
Note: all the trainings are under the same default configuration.
Table 1:
Test Sequence | ARI | AMI | H | C | V-m | ACC |
---|---|---|---|---|---|---|
basketball | 72.998 | 58.406 | 52.270 | 66.799 | 58.476 | 97.035 |
laboratory | 91.983 | 86.821 | 85.714 | 88.184 | 86.880 | 98.268 |
passageway | 71.211 | 66.528 | 64.718 | 80.970 | 67.081 | 93.573 |
terrace | 90.749 | 84.478 | 83.060 | 86.228 | 84.526 | 98.300 |
Training
Training model on a specific dataset.
For example, training on EPFL dataset with all sequences:
python run.py --train --reid-path ${PATH_TO_REID_MODEL} --epfl --seq-name all
training on EPFL dataset with specific sequences:
python run.py --train --reid-path ${PATH_TO_REID_MODEL} --epfl --seq-name terrace passageway
You can also change the ReID model (served as the feature extractor) refer to here, and assume its name is NAME_OF_REID_MODEL
.
Then you can train your model by running:
python run.py --reid-name ${NAME_OF_REID_MODEL} --reid-path ${PATH_TO_REID_MODEL} ...
After each epoch, the trained model will be saved in the directory assigned by --output
.
Finally, denote PATH_TO_MODEL
as the trained model.
Testing
Testing model on a specific dataset.
For example, testing on EPFL dataset with all sequences:
python run.py --test --reid-path ${PATH_TO_REID_MODEL} --ckpt ${PATH_TO_MODEL} --epfl --seq-name all
and you can also plot the results of some sequences by adding --visualize
:
python run.py --test --reid-path ${PATH_TO_REID_MODEL} --ckpt ${PATH_TO_MODEL} --epfl --seq-name terrace laboratory --visualize
The results will be saved in the directory assigned by --output
.
Results
Result of EPFL-basketball:
Result of EPFL-laboratory:
Citation
@article{luna2022gnncca,
title={Graph Neural Networks for Cross-Camera Data Association},
author={Luna, Elena and SanMiguel, Juan C. and Martínez, José M. and Carballeira, Pablo},
journal={arXiv preprint arXiv:2201.06311},
year={2022}
}