Autonomous Emergency Braking: A System-of-Systems perspective

H. Kopetz, S. Poledna
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引用次数: 18

Abstract

In June 2012 the Ratings Group of EURO-NCAP published a strategic roadmap of the NCAP organization about the required safety features of new cars up to the year 2016. According to this roadmap Autonomous Emergency Braking Systems (AEBS) to detect and protect pedestrians should be deployed on a wide scale in new cars by the year 2016. In a car equipped with an AEBS there are two autonomous systems that compete for the control over the car, the human driver and the AEBS. In this paper we analyze the coordination of these two autonomous subsystems from the perspective of System-of-Systems in order to avoid the emergence of detrimental behavior and elaborate on the dependability mechanisms required to ensure safe operation.
自动紧急制动:系统的视角
2012年6月,EURO-NCAP评级小组发布了NCAP组织的战略路线图,该路线图涉及到2016年新车所需的安全功能。根据该路线图,到2016年,用于探测和保护行人的自动紧急制动系统(AEBS)将在新车中大规模部署。在装有AEBS的汽车中,有两个自动系统在争夺对汽车的控制权,即人类驾驶员和AEBS。本文从系统的角度分析了这两个自治子系统之间的协调,以避免有害行为的出现,并阐述了确保安全运行所需的可靠性机制。
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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