摘要
汽车AFS(Adaptive FrontLighting System)系统是汽车随动控制的新技术,对其仿真平台的研究在国内外也是一个具有前瞻性的领域。本文通过对AFS系统实验验证平台设计的要求及其必要性进行了分析,并结合国内外有关车灯控制方面的法规,以仿真试验平台的便捷性为核心,从技术先进性、经济性和可靠性这三方面以及所采用的基于计算机软件CATIA的优化设计方面提出了一套基于AFS仿真试验平台的评价指标体系。这些指标将对今后该实验平台的改进和企业的研发起到积极作用。
As a fledging technology in the real-time control system based on AFS, the research on simulation platform for that is also attracting the eyeball of the people all over the world. By analyzing the requirements and necessities to creat this platform, comparing the international and domestic prescriptions in this field, and also focusing on the convenience of the simulation platform, we put forward a complete evaluation index system with three perspectives of technical advancement, economical benefit and reliability. These evaluation indexes will play an important role for the platform＇s improvement and the further research and development in this regard.
出处
《专用汽车》
2009年第11期48-50,共3页
Special Purpose Vehicle
关键词
AFS
随动转向
仿真平台
便捷性
技术先进性
评价指标
优化设计
AFS
real-time control
simulation platform
convenience
technical advancement
evaluation index
optimal design
