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Coherent Laser Radar for Vibrometry : Robust Design and Adaptive Signal Processing

机译:相干激光雷达测振:稳健的设计和自适应信号处理

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摘要

A coherent laser radar system based on semiconductor laser technology has been designed and built. The compact design and the absence of adjustments makes the system mechanically robust and easy to use. The present system has an output power of 50 mW and a line width of 280 kHz (HWHM). The laser radar system has been used in vibrometry measurements. For vibrometry of moving objects, adaptive signal processing is required in order to obtain the vibration signature. Especially for unresolved objects, interference between different vibrating parts will complicate the analysis. Modelbased estimation techniques are used to obtain the parameters which determine the dynamics of the reflecting object.
机译:设计并建立了基于半导体激光技术的相干激光雷达系统。紧凑的设计和无需调整的功能使系统在机械上坚固耐用且易于使用。本系统具有50mW的输出功率和280kHz(HWHM)的线宽。激光雷达系统已用于振动测量。对于运动物体的振动测量,需要自适应信号处理以获得振动信号。特别是对于未解决的物体,不同振动部分之间的干扰会使分析复杂化。基于模型的估计技术用于获取确定反射对象动态的参数。

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