Offside Detection System Using an Infrared Camera Tracking System

Esteban Lopez, Peter E. Jenkins
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引用次数: 3

Abstract

This paper describes an experimental offside detection system that will be capable of detecting offside passes during a game of soccer. Soccer is the world’s most popular and most televised sport. In recent years, FIFA has implemented goal line technology in order to end controversial goals/missed goals during high profile competitive matches. The most contentious aspect of the sport is the offside rule and its many controversial calls or lack of calls. Sometimes the linesmen cannot see the passage of playing fast enough to make a correct decision. Being similar to goal line technology, people have requested offside technology to help the linesmen and to reduce the number of incorrect offside calls in a game. This paper describes a working offside detection system that can accurately detect offside passes. Positional data was exported from a VICON infrared motion tracking camera system and a MATLAB script was written so that it can analyze the positions of the players and the ball and determine if a pass was offside.
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利用红外摄像机跟踪系统的越位检测系统
本文介绍了一种实验性越位检测系统,该系统能够检测足球比赛中的越位传球。足球是世界上最受欢迎和最受电视转播的运动。近年来,国际足联实施了球门线技术,以结束在备受关注的竞技比赛中有争议的进球/失球。这项运动最具争议的方面是越位规则及其许多有争议的判罚或无判罚。有时边裁看不到比赛的进展,无法做出正确的决定。与球门线技术类似,人们要求越位技术来帮助边裁,减少比赛中错误越位的次数。本文介绍了一种可以准确检测越位传球的工作越位检测系统。位置数据从VICON红外运动跟踪摄像系统导出,并编写了MATLAB脚本,以便分析球员和球的位置,并确定传球是否越位。
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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