Calling Behavior Detection Of Port Truck Drivers Based On Deep Learning

Jing He, Yefu Wu, Jinyong Xiao
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Abstract

Due to the lack of a rigorous evaluation model in the traditional detection method of driver's illegal answering phone calls, it is difficult to meet the identification needs of truck drivers who answer the phone illegally in the port environment. A multi-feature fusion detection method based on deep learning is proposed. The method performs weighted fusion of the features of hand-held phone and speech to detect the calling behavior of port truck drivers. Mainly recognize faces through Retinaface training, and then extract the information of human key points through the PFLD_ CPN fusion key point detection model, and use YOLOv5 target detection to identify mobile phones; determine whether there is a phone call. The experimental results show that the method can effectively detect the behavior of answering calls in real-time and effectively in the self-collected monitoring screen data of port truck drivers.
基于深度学习的港口卡车司机呼叫行为检测
传统的司机非法接听电话检测方法由于缺乏严格的评价模型,难以满足港口环境下卡车司机非法接听电话的识别需求。提出了一种基于深度学习的多特征融合检测方法。该方法对手持电话和语音特征进行加权融合,检测港口卡车司机的呼叫行为。主要通过视网膜人脸训练进行人脸识别,然后通过PFLD_ CPN融合关键点检测模型提取人体关键点信息,并使用YOLOv5目标检测进行手机识别;确认是否有电话。实验结果表明,该方法能够有效地实时检测到港口货车司机的接叫行为,并能有效地采集到港口货车司机自采集的监控画面数据。
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