Research on Volleyball Players Tracking Based on Improved DeepSORT

Zipei Pan, Jing Zhu, Xizhe Bao, Jingyi Lin, Jiahui Ming
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Abstract

In order to reduce the problems of identity switching caused by occlusion in volleyball video, we propose a method named Vol-DeepSORT based on DeepSORT for tracking volleyball players. According to the principle that the number of players is unchanged in a fixed playing area, we improved the DeepSORT algorithm that rematches the new tracks with the vanishing tracks by the minimum Euclidean Distance, so as to realize the recovery of the player identity. We use the improved algorithm Vol-DeepSORT combined with YOLOv5 to detect and track the players. Experimental results show that the MOTA of Vol-DeepSORT is 90.07%, and the frequency of identity switching is reduced by 30% compared with the original DeepSORT. The proposed algorithm can reduce the frequency of identity switching on players to a certain extent and achieve a good tracking performance.
基于改进深度排序的排球运动员跟踪研究
为了减少排球视频中遮挡引起的身份切换问题,我们提出了一种基于深度排序的排球运动员跟踪方法Vol-DeepSORT。根据固定比赛区域内球员数量不变的原则,我们改进了DeepSORT算法,通过最小欧氏距离将新轨迹与消失轨迹重新匹配,从而实现球员身份的恢复。我们使用改进的Vol-DeepSORT算法结合YOLOv5来检测和跟踪球员。实验结果表明,Vol-DeepSORT的MOTA为90.07%,身份切换频率比原DeepSORT降低了30%。该算法可以在一定程度上降低球员身份切换的频率,达到良好的跟踪性能。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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