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Test and Research of Commercial vehicle Advanced Emergency Braking Pedestrian system

Test and Research of Commercial Vehicle Advanced Emergency B...

引用

China SAE Congress, 2020

作者： Niu, Chengyong Su, Zhanling Hu, Xiong Wang, Jie Wu, Kunlun China Merchants Testing Certification Vehicle Technology Research Institute Co. Ltd. Chongqing China Automotive Active Safety Testing Technology Chongqing Key Laboratory of Industry and Information Technology Chongqing China Autonomous Drive System and Intelligent Connected Vehicle Technology Chongqing Test & Research Engineering Center Chongqing China Research and Development Center of Transport Industry of Self-Driving Technology Chongqing China

ISBN: (纸本)9789811620898

Five types commercial vehicles equipped with advanced emergency braking pedestrian system (AEBS_Ped) from different Chinese manufacturers was tested and evaluated in accordance with the traffic industry standard JT/T 1242-2019 performance requirements and test procedures for commercial vehicle AEBS_Ped. The test results show that the braking efficiency of the system is relevant to the time to collision (TTC) and the execution strategy of the braking system. The braking stability and reliability of the same system vary greatly due to the quality of the matching braking system. The system based on millimeter wave radar and camera information fusion is worse than that of pure vision technology due to the effect of fusion algorithm and other reasons. Furthermore, we point out some problems existing in the test and evaluation of commercial vehicle under a single test scenario and put forward some relevant suggestions. © 2022, The Author(s), under exclusive license to Springer Nature Singapore Pte Ltd.

关键词： Commercial vehicles

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Test and Research of Commercial vehicle Advanced Emergency Braking Pedestrian system

Test and Research of Commercial Vehicle Advanced Emergency B...

引用

2020中国汽车工程学会年会暨展览会

作者： Niu Chengyong Su Zhanling Hu Xiong Wang Jie Wu Kunlun Chongqing Vehicle Test & Research Institute National Bus and Coach Quality Supervision and Test CenterNational Intelligent Connected Vehicle Quality Test Center (Chongqing) Automotive Active Safety Testing Technology Chongqing Key Laboratory of Industry and Information Technology Autonomous Drive System and Intelligent Connected Vehicle Technology Chongqing Test & Research Engineering Center

Five types commercial vehicles equipped with advanced emergency braking pedestrian system（AEBSed） from different Chinese manufacturers was tested and evaluated in accordance with the traffic industry standard JT/T 1242-2019 performance requirements and test procedures for commercial vehicle *** test results show that the braking efficiency of the system is relevant to the time to collision（TTC） and the execution strategy of the braking *** braking stability and reliability of the same system vary greatly due to the quality of the matching braking *** system based on millimeter wave radar and camera information fusion is worse than that of pure vision technology due to the effect of fusion algorithm and other ***,we point out some problems existing in the test and evaluation of commercial vehicle under a single test scenario and put forward some relevant suggestions.

关键词： commercial vehicle advanced emergency braking pedestrian system(AEBSPed) test evaluation safety

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Test and Analysis on Distance Measurement Accuracy of Commercial vehicle Forward Collision Warning system

Test and Analysis on Distance Measurement Accuracy of Commer...

引用

2019中国汽车工程学会年会

作者： Niu Chengyong Su Zhanling Wu Kunlun Hu Xiong Xu Jianxun Chongqing Vehicle Test & Research Institute National Bus and Coach Quality Supervision and Test Center Automotive Active Safety Testing Technology Chongqing Key Laboratory of Industry and Information Technology Autonomous Drive System and Intelligent Connected Vehicle Technology Chongqing Test & Research Engineering Center

The distance measurement accuracy is directly related to the safety margin of forward collision warning system(FCWS)warning time,which affects the safety of vehicles and *** measurement accuracy of a commercial vehicle equipped with different FCWS sensing schemes was tested and analyzed according to relevant regulations and standards on the basic of the analysis of the distance measurement principle of FCWS sensor *** test results show that the distance measurement accuracy of millimeter wave radar and camera information fusion has the preferable ***,we pointed out some problems existing in the test and evaluation of distance measurement accuracy for commercial vehicle FCWS and put forward some feasible suggestions.

关键词： commercial vehicle forward collision warning system(FCWS) distance measurement accuracy test analysis

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