Abstract
An approach to creation of real-time global space information-control systems referred to the class of complex systems based on methods of systems analysis, information technologies, and simulation, is considered. It is shown that objectives and tasks of any such system and requirements to it determine inevitable prior development of mathematical models of the system and of the environment realized on an imitation-simulation testbed, and a possibility of imitation testing with their help for more precise determination of characteristics of the system at all stages of its lifecycle. Particular examples of application of this approach are given.
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