基于生成对抗网络的跨模式行人再识别

Jun Hu, Xiaoling Li
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引用次数: 1

摘要

行人再识别是视频监控中一个非常重要的研究方向。随着对夜间视频监控的重视,行人再识别也正在从单模向交叉模方向进行研究。由于摄像机在夜间拍摄的图像一般分为热成像和红外两种,分别对应RegDB数据集和SYSU-MM01数据集。为了使训练好的模型在两个数据集上都有良好的性能,本文采用了GAN网络。由CycleGAN生成可见光图像,生成相应的红外图像,再由PTGAN生成红外图像,生成热成像式图像。然后将图像输入到单流网络中进行训练和学习,最后端到端优化网络。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Cross-modal Pedestrian Re-identification Based on Generative Confrontation Network
Pedestrian re-recognition is a very important research direction in video surveillance. With the emphasis on night video surveillance, pedestrian re-recognition is also being studied from a single mode to a cross-mode direction. Since the images taken by the camera at night are generally divided into two types, thermal imaging and infrared images, corresponding to the RegDB data set and the SYSU-MM01 data set respectively. In order to make the trained model have good performance in both data sets, GAN network is used in this article. The visible light image is generated by CycleGAN to generate the corresponding infrared image, and then the infrared image is generated by PTGAN to generate a thermal imaging style image. Then input the image into the single-stream network for training and learning, and finally optimize the network in an end-to-end manner.
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