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用于自动驾驶汽车的光子技术:功能介绍。

Photonic technologies for autonomous cars: feature introduction.

作者信息

Shi Jin-Wei, Guo Jiun-In, Kagami Manabu, Suni Paul, Ziemann Olaf

出版信息

Opt Express. 2019 Mar 4;27(5):7627-7628. doi: 10.1364/OE.27.007627.

Abstract

Photonic technologies that support the low cost manufacturing needed for automotive sensors have experienced explosive developments in recent years. To date most commercially available lidar system have been direct detection time-of-flight (ToF) sensors operating at 905 nm using mechanical mirrors for beam steering. However, these sensors suffer from important drawbacks. One issue is eye-safety, which limits maximum laser powers and hence operating range. Direct detection systems must also content with potential interference issues when lots of cars operate lidar systems simultaneously. In addition, mechanical scanners are frequently bulky and may be difficult to integrate within the form factors allowed by modern vehicles.

摘要

近年来,支持汽车传感器所需低成本制造的光子技术取得了爆炸性发展。迄今为止,大多数商用激光雷达系统都是采用机械镜进行光束转向的、工作在905纳米的直接探测飞行时间(ToF)传感器。然而,这些传感器存在重大缺陷。一个问题是眼睛安全,这限制了最大激光功率,进而限制了工作范围。当大量汽车同时运行激光雷达系统时,直接探测系统还必须应对潜在的干扰问题。此外,机械扫描仪通常体积庞大,可能难以集成到现代车辆所允许的外形尺寸内。

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