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Effect of the quantum nature of detecting low-intensity radiation on the distance measurement error in pulsed laser ranging

机译:低强度辐射探测的量子性质对脉冲激光测距中测距误差的影响

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摘要

The dispersion of estimates of the time position of low-intensity radiation pulses is studied as a function of their duration and detection parameters. Simulations showed that the error of distance measuring to an object in one ranging cycle can be 0.05-0.10 m. The method for obtaining precision estimates of a distance to objects without corner reflectors is proposed.
机译:根据低强度辐射脉冲的持续时间和检测参数,研究估计的低强度辐射脉冲的时间分散性。仿真表明,在一个测距周期内到物体的距离测量误差可以是0.05-0.10 m。提出了一种在没有角反射器的情况下获得到物体的距离的精确估计的方法。

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