An improvement of vehicle and passerby recognition based on YOLO-V3 algorithm

Tian Ling, Shuo Tian, Songyuheng Gao, Zhixue Xing, J. Lai, Zhenzhai Li
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引用次数: 0

Abstract

In order to reduce the incidence of traffic accidents, the use of computer vision to identify vehicles and passers-by in the process of driving can achieve the effect of assisting driving. This paper mainly introduces the performance improvement brought by the introduction of the SPP module in YOLO-V3 for object recognition. Model training is performed on the VOC dataset based on YOLO-V3-SPP. Finally, 300 photos were used to test the accuracy of the algorithm. The results show that the recognition accuracy of YOLO-V3-SPP for vehicles and pedestrians can reach 94.19% and 90.68%, and the accuracy of YOLO-V3 is improved by nearly ten under the same equipment. percentage point. The research on this technology can effectively reduce the probability of traffic accidents and provide reference value for the future driving safety warning field.
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基于YOLO-V3算法的车辆与行人识别改进
为了减少交通事故的发生,利用计算机视觉来识别驾驶过程中的车辆和路人,可以达到辅助驾驶的效果。本文主要介绍了在YOLO-V3中引入SPP模块对目标识别带来的性能提升。在基于YOLO-V3-SPP的VOC数据集上进行模型训练。最后用300张照片测试算法的准确性。结果表明,YOLO-V3- spp对车辆和行人的识别准确率可达到94.19%和90.68%,在相同设备下,YOLO-V3的识别准确率提高了近10%。个基点。该技术的研究可以有效降低交通事故发生的概率,为未来的驾驶安全预警领域提供参考价值。
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