弃车视觉:基于深度目标检测方法的购物停车位弃车检测

Mark P. Melegrito, A. Alon, Sammy V. Militante, Yolanda D. Austria, Myriam J. Polinar, Maria Concepcion A. Mirabueno
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引用次数: 9

摘要

如今,看到大量的购物车被遗弃在停车场是每个超市的典型现象。因为有顾客把购物车留在停车场,再也没有回来过。本研究提出了一种检测停车场废弃推车的技术。建议在停车区内识别废弃的购物车,使超市管理层能够快速响应消费者对购物车的要求,同时也为车辆提供足够的停车空间。本研究利用最先进的深度迁移学习对象识别方法YOLOv3模型构建购物车检测模型。根据研究结果,检测模型的训练和验证准确率分别为92.17%和93.80%,mAP值为93.00 %。由于其优异的性能,该模型适用于视频监控设备。系统总体检测精度达到100%,每帧检测精度在40.03% ~ 65.03%之间。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Abandoned-Cart-Vision: Abandoned Cart Detection Using a Deep Object Detection Approach in a Shopping Parking Space
Nowadays, seeing a large number of shopping carts abandoned in the parking lot is a typical occurrence at every supermarket. After being used by customers who left their shopping carts in the parking lot and never returned. This study presents a technique for detecting abandoned carts in parking lots. The proposed identification of abandoned shopping carts in parking areas enables supermarket management to quickly respond to consumer requirements for shopping carts while also providing enough parking space for vehicles. In this study, the YOLOv3 model, a state-of-the-art deep transfer learning object identification method, is utilized to construct a shopping cart detection model. Upon the result of the study, the detection model has a training and validation accuracy of 92.17 % and 93.80 %, respectively, with an mAP value of 93.00 %, according to the study's findings. Because of its outstanding performance, the proposed model is suitable for video surveillance equipment. The system achieved a total testing accuracy of 100 %, with detection per frame accuracy ranging from 40.03 % to 65.03 %.
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