Engineering Physics Annotation << Back MULTILEVEL SYSTEM OF THE BASIC ALGORITHM COMPLEX INFORMATION PROCESSING A.V. BABICHENKO S.Y. SUСHORUKOV V.K. SHKRED M.I. ORECHOV Substantiates the statement of the problem as complex information processing task of construct-ing onboard software and hardware real-time-consuming adequate mathematical model of a single information space. Describes the multi-level complex algorithms of information processing of aircraft, aimed at addressing this problem. Initially, we present a generalized list of sensors and systems that make up the information and control systems of aircraft. These sensors and systems, together with appropriate computing and communication and make information-measuring channels. Previously entered the near-Earth space navigation with filling its information fields and interacting objects (aircraft, targets, goals) are treated as elements of a single metasystem. The complex task of processing a variety of information-measuring channels is seen as a problem of an adequate mathematical model of such a space in it. A description of the main elements of the metasystem, the areas of concern and the objective conditions of the extended problem solving complex information processing: the creation of the state of the Unified system for timing and navigation support on the basis of GLONASS, «The Seagull» and their augmentations, as well as the further development of methods and tools for high-autonomous navigation. Presented multi-level complex algorithms of information processing and its levels are described: a synthesis of models of space navigation and fill its fields, independent processing channel of Data discrepancies between the channels, methods of treatment residuals adaptively robust filtering, the output parameters of the formation of the state of the aircraft and interacting with them objects, and sharing of data within a single space. Key words: information space, single metasystem, information and measurement channels, complex information processing, multi-level algorithms. Contacts: E-mail: rpkb@rpkb.ru Pp. 51-63.