基于改进YOLOX的渡口车辆行人检测算法

Yushan Liu, Xinyi Yang, Weikang Liu, Qinghua Liu, Mengdi Zhao
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摘要

本研究引入了对YOLOX-S目标检测网络的一些增强功能,以解决渡轮上交通繁忙、交通环境复杂和检测速度缓慢的问题。CSPDarknet中传统的残差块参数多、设备要求高,深层采用MBConv模块,浅层采用Fuse-MBConv模块。这是为YOLOXS的骨干特征提取网络CSPDarknet完成的。增强模型的mAP值为83.39%,比基线方法提高了2.7%。实验结果表明,本文提出的增强方法适用于轮渡入口附近运动物体(如汽车和人)的实时检测
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Vehicle pedestrian detection algorithm at ferry entrance based on improved YOLOX
This study introduces a number of enhancements to the YOLOX-S target detection network in an effort to address the issues of heavy traffic at the ferry, complex traffic environment, and sluggish detection speed. The conventional residual block in CSPDarknet, which has a significant number of parameters and high equipment requirements, is replaced by the MBConv module in the deep layer and by the Fuse-MBConv module in the shallow layer. This is completed for YOLOXS's backbone feature extraction network, CSPDarknet. The enhanced model's mAP value is 83.39%, 2.7% more than the baseline method. The experimental findings demonstrate that the enhanced method presented in this study is appropriate for the real-time detection of moving objects, such as cars and people, in the vicinity of the ferry entrance
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