This article presents the method for implementing a hardware & software testbed for a radiocommunications suite intelligent control system using virtual models. It also describes the main advantages of the testbed, which allow designing, testing and exploring the possibilities of algorithms for interaction between subsystems of the suite being designed and its control system in real time and real communication lines. One of the main advantages of this testbed is the ability to accurately reproduce the functionality of communication interfaces of real devices included in the radiocommunications suite, which is necessary for solving research problems and compiling load characteristics. The article provides a multi-level structural and functional diagram of the testbed. The proposed solution increases the cost- effectiveness of designing complex radio-engineering suites and allows to speed the development and debugging of embedded software up by several times.

Topics
Artificial intelligence, Engineers
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