Laser Eyes for Driverless Cars: The Road to Automotive LIDAR

机译：激光眼睛为无人驾驶赛车：汽车潮流雷达的道路

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Automotive LIDAR is one of the primary sensors for fully autonomous vehicles, and the performance requirements of these sensors places challenges on the optical technologies used in the device. We analyze the requirements for automotive LIDAR and then suggest a novel taxonomy of classifying different beamsteering methods.

机译：汽车LIDAR是完全自主车辆的主要传感器之一，这些传感器的性能要求在设备中使用的光学技术挑战。我们分析了汽车利达尔的要求，然后建议分类不同的分组方法的新型分类。

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《Optical Fiber Communications Conference and Exhibition》|2019年|637 p. :|共4页
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Cibby Pulikkaseril; Stanley Lam;
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中图分类 TN92-532;
关键词
Laser radar; Automotive engineering; Mirrors; Optical sensors; Three-dimensional displays; Autonomous vehicles;

机译：激光雷达;汽车工程;镜子;光学传感器;三维显示器;自动车辆;

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专利

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机译：无人驾驶汽车的一大障碍：昂贵的激光眼
2. Driverless when and cars: where? [Automotive Autonomous Vehicles] [J] . Lawrie Jones Engineering & Technology . 2017,第2期

机译：无人驾驶的时间和车辆：在哪里？ [自动驾驶汽车]
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机译：紫外激光雷达和透射计在道路上测量汽车颗粒排放的理论
4. Laser Eyes for Driverless Cars: The Road to Automotive LIDAR [C] . Cibby Pulikkaseril, Stanley Lam Optical Fiber Communications Conference and Exhibition . 2019

机译：无人驾驶汽车的激光眼：汽车激光雷达之路
5. Laser remote sensing of trace chemical species using 10.6 micron carbon dioxide laser enhanced breakdown spectroscopy and differential absorption lidar. [D] . Pal, Avishekh. 2008

机译：使用10.6微米二氧化碳激光增强的击穿光谱法和差分吸收激光雷达对痕量化学物质进行激光遥感。
6. Monte Carlo simulation of laser beams interaction with the human eye using Geant4 [O] . Diogo Tendeiro, Gonçalo Lopes, Pedro Vieira, 2010

机译：使用Geant4进行的激光束与人眼相互作用的蒙特卡洛模拟
7. Road and Obstacle Detection Based on Multi-layer Laser Radar in Driverless Car [O] . DUAN Jianmin, ZHENG Kaihua, SHI Lixiao 2015

机译：基于多层激光雷达的无人驾驶汽车道路障碍物检测
8. Generation of 1.54 (micro)m Radiation With Application to an Eye-Safe Laser Lidar [R] . Kurnit, N. A., Harrison, R. F., Karl, R. R., 1997

机译：产生1.54（微）m辐射应用于人眼安全激光激光雷达

Laser Eyes for Driverless Cars: The Road to Automotive LIDAR

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