交通信号与停车标志违章的协同交叉口避碰系统的客观测试

M. Maile, F. Ahmed-Zaid, Sue Bai, L. Caminiti, P. Mudalige, Michael Peredo, Z. Popovic
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引用次数: 15

摘要

因违反交通信号或停车标志而导致的十字路口撞车事故占所有车辆撞车事故的很大一部分。发生在十字路口的致命车祸的比例多年来一直保持不变,几乎占所有车祸的22%[1]。车对基础设施(V2I)通信是一项强大的技术,可以解决其中一些碰撞场景。为了测试基于tV2I的车辆安全系统的正确功能,并进行现场操作测试(FOT)准备,必须采用客观测试程序(OTP)。车辆安全通信2 (VSC- Consortium)与美国研究与创新技术管理局智能交通系统联合项目办公室和美国交通部国家公路交通安全管理局(NHTSA)合作,开发了一种协作式交叉口碰撞避免系统(CICAS-V)。采用合作开发的OTP对CICAS-V的性能进行了测试,以确定该系统是否可以由naïve驾驶员在开放道路上驾驶。CICAS-V对所有OTP进行了测试,并成功通过了所有测试。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Objective testing of a cooperative intersection collision avoidance system for traffic signal and stop sign violation
Crashes in intersections caused by a violation of traffic signals or stop signs amount to a significant portion of all vehicle crashes. The percentage of fatal crashes that occur at intersections remains constant over the years at nearly 22% of all crashes [1]. Vehicle-to Infrastructure (V2I) communications is a powerful technology that can address some of these crash scenarios. In order for tV2I based vehicle safety systems to be tested for correct functionality, and Field Operational Test FOT) readiness, Objective Test Procedures (OTP) have to be adopted. The Vehicle Safety Communications 2 (VSC- Consortium developed a Cooperative Intersection Collision Avoidance System - Violations (CICAS-V) and, in cooperation with the Research and Innovative Technology Administration's Intelligent Transportation Systems Joint Program Office and Of the National Highway Traffic Safety Administration (NHTSA) the United States Department of Transportation (USDOT). Using cooperatively developed OTP the performance of the CICAS-V was tested to determine if the system could be driven by naïve drivers on open roads. The CICAS-V was tested against all the OTP and successfully passed every test.
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