Generalized model to organize test process for complex weapon system radars in active unintended interference

The actuality of the task to develop the methodology for performance of the complex weapon radar field tests in active unintended interference has been proved by the need to obtain maximum full and true results in the conditions of time, material and other limitations. The generalized mathematical model is proposed to organize the test process for complex weapon system radars in active unintended interference. The model is based on analyzing the process in view of common system positions including its role and place in general process of the involved systems engineering and putting into operation, as well as based on the properties of integrity, continuity, interrelation and succession between different test stages. The respective test system has been developed to optimize the testing process. This test system refers to so called "complex systems" class, and being the organizational system with multi-layered, two-, three-level hierarchical structure, involves people - test engineers and the system under test with all elements, test facilities and the necessary soft-algorithmic support. It was shown that the proposed general technical approach to the test process of complex weapon system radars in active unintended interference will make it possible to preplan and check effectively the complex weapon system radar performances in active unintended interference taking into account their time and functional features, organically combining them with all the other test tasks and correcting on-line the work schedule during the tests.