基于光能信息统计学原理的光学三维测量

Optical three-dimensional measurement based on the theory of optical-energy statistics

介绍了根据统计学原理 ,分别利用夫琅和费圆孔衍射理论和光传播过程中的能量分布理论而导出的一种空间三维位移的光学测量方法及其仿真实验。计算机仿真结果表明 ,这种方法具有较高的精确性和实时性 ;适用于天文、宇航、国防、航空等领域三维高精度快速测控技术。

In this paper, a method of three dimensional optical measurement using statistics technology based on the theory of Fraun Hofer(F.H.) hole diffraction and energy distribution of light transmitting on the way is introduced. The computer simulation test shows that this measurement technology is accurate and real time. This method can be applicable for the fields such as astronomy, space navigation, national defense and all fields in which the three dimensional measurement with high speed and real time is needed.