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A Novel Sensing Tether for Rovers

机译:流浪者的新型感知系绳

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Luna has extended the length of its fiber optic shape sensing technology out to a continuous, high-fidelity measurement of a 100-meter sensor, creating a novel concept for a self-monitoring tether for robotic exploration. This tether is capable of measuring its own tension, curvature, and full 3-D shape along its entire length as it is deployed by a robotic rover. Using Optical Frequency Domain Reflectometry (OFDR) and the Rayleigh scatter signature to sense the state of a customized multicore optical fiber, the new technology is lightweight, compact, and immune to electromagnetic interference. Results are presented from tests with a 50-meter tether on the Axel Rover at JPL's Mars Yard testing ground.
机译:Luna将其光纤形状感测技术的长度扩展到了对100米传感器的连续,高保真度测量,从而为机器人探索的自监控系绳创造了一个新颖的概念。系绳在被机器人漫游车展开时能够测量其自身的张力,曲率和整个3D形状。利用光频域反射法(OFDR)和瑞利散射特征来感测定制的多芯光纤的状态,该新技术轻巧,紧凑且不受电磁干扰。结果是在JPL的Mars Yard试验场上的Axel Rover上使用50米长的系绳进行测试的结果。

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