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A generic evaluation methodology for advanced safety systems

机译:先进安全系统的通用评估方法

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摘要

The increasing development and proliferation of advanced safety systems are closely linked with the use of sensors which detect both the vehicle's environment and the presence, positioning and characteristics of the vehicle occupant. The use of these sensors, together with appropriate actuators and corresponding algorithms, offer new potential for advanced safety systems to improve the primary and secondary safety of vehicles. Many existing test methods to evaluate the crash performance of a vehicle are unsuitable for the assessment of advanced safety systems because an evaluation of sensing performance and the influence on the driver is required, as well as the usual evaluation of the occupant crash protection. To meet this need, APROSYS work package 1.3 aims to develop a generic methodology to evaluate the technical performance of advanced safety systems. This paper presents the proposed methodology, which is currently being applied to a specific system in APROSYS work packages 1.3 and 6.5 in order to assess its applicability and inform refinements.
机译:先进安全系统的不断发展和扩散与传感器的使用紧密相关,传感器既可以检测车辆的环境,也可以检测车辆乘员的存在,位置和特征。这些传感器的使用以及适当的执行器和相应的算法,为先进的安全系统提供了新的潜力,可提高车辆的一级和二级安全性。评估车辆碰撞性能的许多现有测试方法不适合用于高级安全系统的评估,因为需要评估感测性能和对驾驶员的影响,以及对乘员碰撞防护的常规评估。为了满足这一需求,APROSYS工作包1.3旨在开发一种通用方法来评估高级安全系统的技术性能。本文介绍了拟议的方法,该方法目前正在APROSYS工作包1.3和6.5中应用于特定系统,以评估其适用性并为改进提供信息。

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