Aksyonov Y. Statistical optimization of speckle-interference image correlation-extreme processing in the radio-optical micromovings facilities control systems

Object - opto-electronic remote measuring process of moving objects kinematic characteristics. The purpose of research - improve the efficiency of objects kinematic parameters and micromovings characteristics control in tasks of technical and medical diagnostics by means of the development of new methods and tools for the technical implementation of the coherent speckle interference optical signals and images space-time processing using modern methods of the statistical theory of optimal solutions and probability distributions parameters estimates. Used methods of radiotechnics, coherent optics, mathematical statistics, radiotechnical and optical-electronic systems synthesis. Results - motion monitoring algorithms for diagnosis tasks were synthesized, devices and software for motion monitoring were developed. The novelty - first proposed speckle images processing method of objects movements estimation, first proposed relation model of the speckle images characteristics with objects movement parameters, it was further developed image of surface reconstruction method by speckle images spatial processing, improved movements control methods by use of the proposed algorithms. The degree of implementation - industry. Uses - radio systems for various purposes.