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基于微振镜和双面转镜的三维激光雷达系统设计

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阐述基于机械式和全固态激光雷达提出一种半固态激光雷达系统,使用MEMS(Micro-Electro-Mechanical System)微振镜配合转镜实现三维扫描,完成水平视场角120°,垂直视场角10°的扫描范围,水平视场角分辨率为9.2°,垂直视场角分辨率为0.5°,三维扫描面为三角波.由此,为半固态三维激光雷达提出另一种低成本方案.
Design of a 3D LiDAR System Based on Micro Mirrors and Double-sided Rotating Mirrors
This paper describes a semi-solid-state LiDAR system based on mechanical and all-solid-state LiDAR,using a MEMS(Micro-Electro-Mechanical System)micro-oscillator with a rotating mirror to achieve three-dimensional scanning,and completing a scanning range of 120° of horizontal field-of-view(HFOV),10° of vertical field-of-view(VFOV),with a horizontal field-of-view(HFOV)resolution of 9.2°,vertical field-of-view(VFOV)The resolution is 0.5°,and the 3D scanning surface is a triangular wave.Another low-cost solution is proposed for the semi-solid-state 3D LIDAR.

LiDARMEMS microphonesemi-solidpoint cloud

李晨、刘科、陈帅

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陕西科技大学 机电工程学院,陕西 710021

激光雷达 MEMS微振镜 半固态 点云

2024

集成电路应用
上海贝岭股份有限公司

集成电路应用

影响因子:0.132
ISSN:1674-2583
年,卷(期):2024.41(4)