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config | 3 years ago | |
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data | 3 years ago | |
engine | 3 years ago | |
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tools | 3 years ago | |
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Experiment-baseline-veri.sh | 3 years ago | |
Experiment-selfgcn-veri.sh | 3 years ago | |
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README.md | 3 years ago |
This repo gives the code for the paper "Xinchen Liu, Wu Liu, Jinkai Zheng, Chenggang Yan, Tao Mei: Beyond the Parts:
Learning Multi-view Cross-part Correlation for Vehicle Re-identification. ACM MM 2020".
This code is based on reid strong baseline.
pip install tensorboard
To train a vehicle reid model with parsing, you need the original image datasets like VeRi and the parsing masks of all images.
For vehicle parsing models pretrained on the MVP dataset based on PSPNet/DeepLabV3/HRNet, please refer to this repo.
You can run the examplar training script in .sh
files.
The main code for GCN can be found in
root
engine
trainer_selfgcn.py # training pipline
modeling
baseline_selfgcn.py # definition of the model
tools
train_selfgcn.py # training preparation
The code for data io and sampler also be modified for the parsing based reid method.
PCRNet is released under the Apache 2.0 license.
@inproceedings{mm/LiuLZY020,
author = {Xinchen Liu and
Wu Liu and
Jinkai Zheng and
Chenggang Yan and
Tao Mei},
title = {Beyond the Parts: Learning Multi-view Cross-part Correlation for Vehicle
Re-identification},
booktitle = {ACM MM},
pages = {907--915},
year = {2020}
}
该项目开源了一种基于车辆细粒度部件分割的车辆重识别算法,该算法首先利用 车辆细粒度部件分割模型将车辆图像中的车辆部件区域进行像素级分割,然后针对每个 区域提取局部视觉特征,并使用图卷积神经网络建模各部件间的特征关系,最后通过融 合全局特征与局部特征实现准确的车辆重识别,该算法在三大车辆重识别数据集达到最 佳准确率。
C Python Cython other
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