关键词: 激光技术；散射；优化布局；映射分类

Abstract:

In order to optimize the layout problem between lunar observing ground system and laser communicating system, it is essentially to avoid higher radiation intensity from laser scattering energy in the detector of lunar observing ground system. STK is used to demonstrate that the space is intersecting between the detecting regions of lunar observing ground system and laser propagation regions. A mapping classification algorithm is suggested to analysis the distribution of laser scattering valid points. Combining with laser scattering atmospherically characteristics, the optimized layout is obtained. The trend of laser scattering intensity distribution based on laser scattering valid points is in accordance with laser total scattering distribution, demonstrating the correctness of this method. The result provides a new effective engineering method to optimize those problems between laser sources and observation system.

Key words: laser technique;scattering;optimization;mapping classification algorithm