期刊文献+

乘用车智能限速系统现状及测试方法研究

Research on the Current Situation and Test Method of Intelligent Speed Limit Assist System for Passenger Vehicles
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摘要 乘用车智能限速辅助系统能够自动获取道路限速信息,并提供给驾驶员和车辆,通过驾驶员或车辆自动控制车辆行驶速度在道路限速以下,可有效减少超速事件的发生。论文对该系统的分类、技术路线进行了阐述,指出目前对于该系统测试的重要意义。论文分析了ISA系统的典型测试场景、针对该场景提出了相应的测试评价指标,并选取了具有代表性的车型结合高精度测试设备进行了验证,并对验证结果进行了分析、对当前技术现状进行总结。 The intelligent speed limit assistance system for passenger vehicles can automatically obtain the road speed limit information and provide it to the driver and vehicle.The driver or vehicle can automatically control the driving speed of the vehicle below the road speed limit,which can effectively reduce the occurrence of overspeed events.This paper expounds the classification and technical route of the system,and points out the important significance of the system test at present.This paper analyzes the typical test scenario of ISA system,puts forward corresponding test evaluation indexes for this scenario,and selects representative vehicle models combined with high-precision test equipment for verification,and analyzes the verification results and summarizes the current technical status.
作者 高海龙 李超 周正 裴键 杜强飞 GAO Hai-long;LI Chao;ZHOU Zheng;PEI Jian;DU Qiang-fei(Xiangyang Motor Automobile Testing Center CO.LTD,Xiangyang 441004,China)
出处 《汽车科技》 2021年第5期66-71,共6页 Auto Sci-Tech
关键词 智能限速辅助系统 测试方法 技术现状 Intelligent Speed Limit Assistance System Test Method Technology Status
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  • 1陈小鸿,刘东.车速限制技术及其在法国的进展[J].上海公路,2005(1):57-61. 被引量:8
  • 2徐学珍,田宏伟.快速路驾驶员反应时间的确定[J].信息技术与信息化,2007(4):105-108. 被引量:7
  • 3Kiefer R J, Cassar M T, Flannagan C A, et al. Forward Collision Warning Requirements Project Final Report-Task 1, DOT HS 809 574 [ R]. Washington DC: National Highway Traffic Safety Admin- istration ,2003.
  • 4Green M. "Uow Long Does It Take to Stop?" Methodological Analy- sis of Driver Perception-Brake Times [ J ]. Transportation Human Factors, 2000,2 ( 3 ) : 195 - 216.
  • 5Lerner N D. Brake Perception-reaction Times of Older and Younger Drivers [ C ]. Proceedings of the Human Factors and Ergonomics Society Annual Meeting, Santa Monica : SAGE Publications, 1993 : 206 -210.
  • 6Triggs T J. Driver Brake Reaction Times: Unobtrusive Measure- ment on Public Roads [ J ]. Public Health Reviews, 1987,15 (4) : 275 -290.
  • 7Johansson G, Rumar K. Drivers' Brake Reaction Times[ J]. Hu- man Factors: The Journal of the Human Factors and Ergonomics Society, 1971,13 ( 1 ) :23-27.
  • 8Najm W G, Smith J D, Yanagisawa M. Pre-crash Scenario Typolo- gy for Crash Avoidance Research[ R]. Washington, DC: National Highway Traffic Safety Administration, 2007.
  • 9Brunson S J, Kyle E M, Phamdo N C, et al. Alert Algorithm De- ,vel0pment Program NHTSA Rear-End Collision Alert Algorithm Fi- nal Report, DOT HS 809 526[R]. Washington DC: Nationa1 Highway Traffic Safety Administration,2002.
  • 10Chang M, Messer C J, Santiago A J. Timing Traffic Signal Change Intervals Based on Driver Behavior[ J]. Transportation Research Record, 1985,1027:20-30.

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