Instruments and Systems: Monitoring, Control, and Diagnostics Annotation << Back Dynamic system synthesis of algorithmic support for navigation systems of aircrafts M.S. SELEZNEVA, KAI SHEN, A.V. PROLETARSKY, K.A. NEUSYPIN The paper is concerned with the formation methods on algorithmic support for navigation systems with variable structure based on the concept of system synthesis. During the functioning of aircrafts, it is highly needed to change the instrumental structures of navigation complex, and apply mathematical models constructed in flight to formulate correction algorithms for getting the most effective state variables on each interval of system operation. The identification of state variables or parameters in the models is undertook by utilizing the ensemble of selection criteria during the flight. Thus, the dynamic models constructed with the concept of system synthesis is dependent on the aircraft flight modes. Therefore, the mathematical models used in the information processing algorithms are with the highest possible degree of observability and identifiability of state variables. Keywords: navigation complex, information processing algorithms, dynamic system synthesis, mathematical model of navigation system errors, quality selection criteria. Contacts: E-mail: m.s.selezneva@mail.ru Pp. 36-42.