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Optically-based location system and method for determining a location at a structure

机译:用于确定结构位置的基于光学的定位系统和方法

摘要

An optically based location system and method of determining a location at a structure include a lighting infrastructure having lights at a structure. Each light is configured to illuminate and to transmit a respective relative or absolute terrestrial position through modulation of emitted light. An optical receiver is configured to detect the lights, to demodulate the position of detected lights, and to determine from the detection a position of the receiver. The receiver can have a conventional optical detector for determining a two-dimensional position of the receiver relative to a detected light, or can have a three-dimensional spot collimating lens and charged couple device optical detector for determining a three-dimensional position of the receiver relative to a detected light. The receiver and lights can be synchronized for converting a delay time into a distance measurement to calculate a distance between a light and the receiver.
机译:基于光学的定位系统和确定结构处的位置的方法包括在结构处具有光的照明基础设施。每个光被配置为通过发射光的调制来照明并透射相应的相对或绝对地面位置。光学接收器被配置为检测光,解调检测到的光的位置并根据检测结果确定接收器的位置。接收器可以具有用于确定接收器相对于检测到的光的二维位置的常规光学检测器,或者可以具有用于确定接收器的三维位置的三维点准直透镜和电荷耦合器件光学检测器。相对于检测到的光。接收器和灯可以同步,以将延迟时间转换为距离测量值,以计算灯和接收器之间的距离。

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