Features of the Implementation of a Streaming Data Exchange System in a Spatially Distributed System of Small-Sized Radar Stations

This paper examines the features of implementing intensive exchange of streaming data in a spatially distributed system of small-sized airborne radars integrated into a network that provides control, communication and integrated data processing. Effective use of information requires the concepts of a conceptual model of specialized radio channels that prevent unauthorized interference in the operation of the system and ensure high requirements for reliability, capacity, range, information transmission speed, noise immunity and noise immunity. The features of presentation, storage, masking and compression of streaming information (due to its large volume) are also considered, taking into account the specifics of its formation in an intermediate radio relay station and the characteristics of the observed areas and objects during its transmission to the processing and control point, where decisions are made that allow solve problems of an operational nature. When solving scientific research problems, the methodology for constructing multi-position onboard radar systems, the theory of high-resolution frame transmission, using special masking and compression algorithms without significant loss of useful information based on the use of a matrix apparatus, as well as methods that ensure the distribution of calculation of streaming data, were used