Layout for the development of software and algorithmic complex control objects outer space

A compact experimental stand and a technique for studying the characteristics of objects in outer space based on an optical-electronic system have been developed. The satellite model has a robotic orientation control system in space; an optical-electronic system (OES) image registration is placed on a remotely controlled mobile platform, ensuring the mutual orientation of the registered satellite and OES mockup. Based on the computer technologies of National Instruments, a method has been developed for constructing the basic algorithms for determining the geometric and dynamic characteristics of objects observed in OES of outer space.