Synthesis of the pitch angle of the aircraft stabilization system using the method of systems embedding technology

Goncharov Kirill Nikolaevich, Lukyanov Sergey Lvovich, Kulakov Dmitry Nikolaevich, Tumanyan Hovhannes Karenovich

The increasing complexity of processes in science, technology and production leads to new approaches to the study of automatic control systems based on matrix methods. Methods of the theory of linear dynamical systems remain one of the most powerful tools of modern control theory in solving problems of analysis and synthesis of control systems of moving objects. Matrix methods for the study of linear systems are promising areas for the development of analysis and synthesis of dynamic objects, including studies of stabilization of aircraft systems.

Keywords:Synthesis, systems, control, stabilization, embedding, matrices.