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The continuous development of space missions has put forward requirements for high performance, high reliability, intelligence, effective integration, miniaturization, and quick turn around productization of the electronic system of satellites. The complexity of satellites has continued to increase, and the focus of satellite competition has shifte...
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... In earlier work, we analysed the existing methods aimed to enhance the reliability and fault tolerance of aircraft systems by increasing the level of automation and intelligence of avionics suits [8][9][10][11]. The analysis revealed the following major drawbacks of these methods: (a) Low flexibility and scalability resulting from the strictness of the architecture of the OCN; ...
The article suggests design principles of an advanced onboard computer network with an intelligent control system. It describes the main advantages of designing an onboard computer network based on fibre optics, which allows the implementation of an integrated intellectual system performing intelligent inference in emergency situations. The suggested principles significantly increase the reliability and fault tolerance of avionics suits, which, in turn, enhances flight safety. The suggested concept aims to solve a number of important problems including the design of a switchless computing environment, the development of the methods for dynamic reconfiguration of avionics suits with such an environment, and the implementation of a specialised multilevel intelligent avionics system within this environment.
