基于机器学习的篮球投篮自动分析

Qingyao Yang, Jiangnan Shao, H. Zuo
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摘要

为了帮助篮球运动员更高效、合理地进行训练,并在训练中及时获取投篮技术指标,本文构建了一个投篮检测算法来辅助篮球运动员进行训练。首先,对投篮视频应用霍夫变换算法,检测投篮过程中篮球的运动轨迹;通过对篮球运动轨迹的分析,发现最佳投篮角度为49°~ 51°。在此基础上,研究了HOG特征和支持向量机的基本原理,提取篮球命中和未命中的HOG特征来训练支持向量机分类器。最后,对训练模型进行了测试,篮球命中率和失分的分类准确率为91.75%。本研究不仅对篮球运动员的训练有一定的帮助,而且对其他球类运动也有一定的应用价值。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Automatic Analysis of Basketball Shooting Based on Machine Learning
In order to help basketball players to carry out training more efficiently and reasonably, and obtain the technical specifications of their shootings timely in training, this paper constructs a shooting detection algorithm to assist basketball players in training. Firstly, Hough transform algorithm is applied to the shooting video to detect the trajectory of the basketball in the shooting. By analyzing the basketball trajectory, it is found that the best shooting angle should be 49° to 51°. Then, the basic principles of HOG feature and SVM are studied, and the HOG feature of basketball hit and miss is extracted to train the SVM classifier. Finally, the training model was tested, and the classification accuracy of basketball hit or miss was 91.75%. This study will help the basketball players in their training and also could be applied to other ball games.
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