SOFTWARE ARCHITECTURE FOR DISTRIBUTED DATA PROCESSING SYSTEMS IN AUTOMATED INFORMATION ANALYSIS

SOFTWARE ARCHITECTURE FOR DISTRIBUTED DATA PROCESSING SYSTEMS IN AUTOMATED INFORMATION ANALYSIS
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SOFTWARE ARCHITECTURE FOR DISTRIBUTED DATA PROCESSING SYSTEMS IN AUTOMATED INFORMATION ANALYSIS

Авторы: Ustinov A.V, Michael Yu. Okhtilev

In the article deals with the organization processing of measuring information is considered, namely the analysis of the technical state and object of analysis. As objects of analysis, space vehicles, a booster rocket and space systems in general are considered. The system processing of measuring information, modules of the system and their functional purposes is described. Modes of interaction of modules with each other. The requirements and limitations for modules and the system as a whole are given. The ways of solving problems arising at the design and implementation stages of systems are described.

A description is given of the architecture of the software developed for a distributed data processing system related to the dataflow class. The distributed system allows to effectively analyze the measuring information. The description of the system combines the need to focus on the data stream, while it is implemented on existing hardware solutions and can be easily scaled at a low cost.

Chief editor

Burenin A. N. (Ph.D, associate Professor, chief specialist of JSC “Research Institute” Rubin»)
Leading specialist in the field of management of complex multiservice networks and infocommunication systems, methods of designing automated infocommunication management systems. Participates in the development of automated control systems and unified information space. He was directly involved in the development of state standards for communications and telecommunications. He is the author of more than 200 scientific papers devoted to the problems of construction and management of modern multiservice networks and infocommunication systems, the creation of automated control systems.

Editorial board

Bobrovsky V.I.
(Ph.D, associate Professor, chief specialist of PJSC “INTELTECH”)

Budko P.A.
(Ph.D, Professor, scientific Secretary of PJSC “INTELTECH”)

Goncharevsky V.S.
(Ph.D, Professor, honored worker of science and technology of the Russian Federation, Professor of the Department automated control systems Of the military space Academy named after A. F. Mozhaiskiy)

Grechishnikov E.V.
(Ph.D, Professor, corresponding Member of the Academy of military Sciences)

Grudinin I.V.
(Ph.D, Professor, Professor of the Department of operational art and tactics of the Military space Academy named after A. F. Mozhaysky)

Kartashevsky V.G.
(Ph.D, Professor, head of the Department of information security of the Volga region state University of telecommunications and Informatics)

Kurnosov V.I.
(Ph.D, Professor, academician of the Arctic Academy of Sciences, academician of the International Academy member of the Russian Academy of Sciences, chief researcher of JSC “Research Institute” Rubin»)

Pavlov A.N.
(Ph.D, Professor, Professor of the Department of automated control systems) complexes Of the military space Academy named after A. F. Mozhaiskiy)

Prorok V.Ya.
(Ph.D, Professor, Professor of the Department of software and algorithmic support automated control systems Of the military space Academy named after A. F. Mozhaiskiy)

Semenov S.S.
(Ph. D., associate Professor of the Department of technical communication and automation of the Military Academy of communications)

Sinitsyn E.A.
(Ph. D, Professor, head of research Institute of JSC “VNIIRA”)

Finko O.A.
(Ph.D, Professor, Professor of the Department of the Krasnodar higher military school)

Khomonenko A.D.
(Ph. D, Professor, head of the Department of information and computer systems St. Petersburg state University of Railways of Emperor Alexander I)

Shatrakov Yu.
(Ph. D, Professor, honored worker of science of the Russian Federation, scientific Secretary of JSC “VNIIRA”)