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智能座舱车载光测试关键技术及系统研发

董 轩, 刘 梦雅, 周 晟, 陈 传阳, 唐 林, 王 昊峰, 漆 奇

摘要

随着国内市场汽车座舱智能配置水平的不断增长,智能座舱内用户的视觉体验得到大幅度提升。为保障驾驶员及乘客的安全,智能座舱的安全类试验需要对驾驶员的视线能力进行量化试验。本文阐述了一种智能座舱用仿生头部视觉追踪方法,开发了视觉仿生机器人,通过调整仿生机器人的身高、姿态对驾驶员的眼点位置进行模拟,在视觉仿生机器人的眼部植入高帧相机,可用于对智能座舱内的光学图标、成像进行拍摄和分析。

关键词

智能座舱;视线能力;视觉追踪;智能仿生机器人

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参考

[1]Hengyu LI,Jun LUO,Jinbo CHEN,Zhixiang LIU,Shaorong XIE“Development of Robot Bionic Eye with Spherical Parallel

Manipulator Based on Oculomotor Control Model”,Przegląd Elektrotechniczny,2012 | R. 88,nr 1b | 1-7.

[2]X. Y. Wang,Y. Zhang,X. J. Fu,G. S. Xiang,“Design and Kinematic Analysis of a Novel Humanoid Robot Eye Using Pneumatic

Artificial Muscles”,Journal of Bionic Engineering,Vol.5,No.3,pp264-270,2008.

[3]T. Villgrattner,H. Ulbrich,“Design and Control of a Compact High-Dynamic Camera-Orientatation System”,IEEE/ASME

Transactions on Mechatronics,vol.16,No.2,pp221-231,2011.

[4]J. Gu,M. Meng,A. Cook,M. G. Faulkner,“A study on natural movement of artificial eye implant”,Robotics and Autonomous

Systems,vol.32,No.2,pp153-161(9),August 2000.

[5]Xuan-yin Wang,Yang Zhang,Xiao-jie Fu,Gui-shan Xiang,Design and Kinematic Analysis of a Novel Humanoid Robot Eye Using

Pneumatic Artificial Muscles,Journal of Bionic Engineering,Volume 5,Issue 3,2008,Pages 264-270,ISSN 1672-6529,https:

//doi.org/10.1016/S1672-6529(08)60034-7.

[6]Bertozzi M,Broggi A,Fasciol A,Nichele S(2000)Stereo Vision-based Vehicle Detection. IEEE Intelligent Vehicles Symposium.

Dearbon,MI,pp 39–44


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