Solving tasks of control and targeting for remote sensing devices by systems of processing and analysis of visual information

The article addresses the structure of combined correlation and extreme system for processing and analysis of visual information to assist control and targeting of moving carriers and remote sensing devices, and to ensure real-time recognition of certain fragments of the surveyed scene. The authors describe algorithms of functioning in the following modes: identification of given objects, direction of targeting systems onto the identified objects, stabilization of sightline of the identified object while the carrier keeps moving relative to the surveyed scene. The article also dwells on a method to improve the reliability of guidance in conditions of current information changing in the process of direction. The results of the research in the efficiency of recognition of binary correlation algorithms under such interference as brightness, changes of contrast, picture smearing for different signal-to-noise ratios are presented. The results of experimental tests of the system prototype on a specialized bench are also given.