基于移动视觉的车辆跟踪与交通控制

T. Rabie, A. Shalaby, B. Abdulhai, A. El-Rabbany
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引用次数: 27

摘要

根据智能交通系统的要求,本文讨论了正在进行的开发一种用于城市走廊交通和交通监控的移动、车载机器视觉系统的工作。早期用于交通管理的机器视觉技术主要依靠简单的算法来检测某些交通特征,与之相反,新提出的方法利用了计算机视觉研究的最新趋势:即主动视觉范式。主动视觉系统具有主动控制相机参数的机制,例如方向,焦点,变焦和收敛,以响应任务和外部刺激的要求。在公交车上安装主动视觉系统将具有提供当前交通状况实时反馈的优势,同时拥有智能和视觉技能,使它们能够与快速变化的动态环境(如移动的交通)进行交互。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Mobile vision-based vehicle tracking and traffic control
This paper discusses work-in-progress to develop a mobile, bus-mounted machine vision system for transit and traffic monitoring in urban corridors, as required by Intelligent Transportation Systems. In contrast to earlier machine vision technologies used for traffic management, which mainly rely on simple algorithms to detect certain traffic characteristics, the new proposed approach makes use of a recent trend in computer vision research: namely the active vision paradigm. Active vision systems have mechanisms that can actively control camera parameters, such as orientation, focus, zoom, and convergence, in response to the requirements of the task and external stimuli. Mounting active vision systems on buses will have the advantage of providing real-time feedback of the current traffic conditions while possessing the intelligence and visual skills which allow them to interact with a rapidly changing dynamic environment such as moving traffic.
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