Burleev O. Improvement of photoelectric converters movements in computer systems control the angular parameters of the aircraft

Object of study: process measurement and control angular displacement of steering the aircraft surfaces. The aim of the study: to improve process measurement and control of angular displacement the aircraft steering surfaces through the development and optimization the photoelectric converters with the ability to integrate computer control systems. Methods of study: the method of digital devices synthesis; mathematical, simulation and semi-modeling methods; methods of mathematical statistics. Theoretical and practical results: created promising photoelectric converters for computer control systems of angular displacement of steering the aircraft surfaces, developed algorithmic and software for optimization plans multivariate experiment, developed a computer control system architecture of angular displacement of steering the aircraft surfaces. Scientific novelty: methods of photoelectric measuring of angular displacements in computer control systems are improved; further synthesis of optimal plans multivariate experiment for modeling objects by using the method of branches and boundaries; first mathematical models of photoelectric converter of steering the aircraft surfaces in each control point measurement range is obtained. Level of implementation: Kharkiv state aviation production enterprise (m.Kharkiv) PJSC "Aviacontrol" (m.Kharkiv), National aerospace university name M.Y. Zhukovsky "KHAI" (m.Kharkiv). Scope: aviation, engineering, robotics, etc., which are implemented process measurement and control the angular displacements of rotation objects via computer systems.