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Optical Wireless Communications and Optical Sensing and Detection Technologies for Increasing the Reliability and Safety in Autonomous Driving Scenarios

机译:在自动驾驶场景中提高可靠性和安全性的光学无线通信和光学传感与检测技术

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Among the different types of lasers and light sources for communications, newer components for optical wireless and optical sensing applications have seen an upgraded importance. In this contribution, combinations of optical and RF (radio frequency) wave propagation are illustrated, considering also new technologies of lasers and fibre lasers. It includes optical wireless communication (OWC), well known as Free Space Optics (FSO) as transmission method with telecommunication technologies, like WIFI, RF- and satellite communications and sensing technologies e.g. LiDAR (light detection and ranging) and RADAR (radio detection and ranging) combinations. The contribution deals with possible fields of application for optical wireless in conjunction with automated driving. The scope considers requirements including infrastructural view, differences of optical and RF-wave propagation and promising combinations of optical techniques with conventional wireless technologies.
机译:在用于通信的不同类型的激光器和光源中,用于光学无线和光学传感应用的更新组件的重要性已得到提升。在此文稿中,还说明了光和RF(射频)波传播的组合,同时还考虑了激光和光纤激光的新技术。它包括光学无线通信(OWC),即众所周知的自由空间光学(FSO),它是使用诸如WIFI,RF和卫星通信及传感技术等电信技术的传输方法。 LiDAR(光检测和测距)和RADAR(无线电检测和测距)组合。该贡献涉及与自动驾驶相结合的光学无线的可能应用领域。该范围考虑的要求包括基础结构视图,光波和RF波传播的差异以及光学技术与常规无线技术的有希望的组合。

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