CALCULATION OF THE PARAMETERS OF THE DISTRIBUTION OF THE LIGHTING INTENSITY IN THE INTERFERENCE AREA OF DYNAMIC OBJECTS DESIGNED FOR OPTICAL SYSTEMS
Abstract
When making measurements in some industries, such as construction, heavy engineering, geodesy, increased requirements are imposed on the accuracy of measurements, which is achieved using interference methods, which necessitates the use of a video surveillance system to automate these measurements. The complexity of automatic decoding of interferograms and measurements of measurement information is due to the fact that the interference region, in addition to useful information, contains distortions and noises introduced by destabilizing factors, such as extraneous radiation sources, vibrations, atmospheric turbulence, dustiness, etc. This article is devoted to the calculation of the intensity distribution lighting in the interference region of dynamic objects.