The airborne avionics system is the core of aircraft communication,and computation,and its level of intelligence is crucial to the aircraft's overall intelligent capabilities.To further face the complex external environment of the future and enhance the intelligence level of airborne design,this paper designs an airborne intelligent avionics system architecture based on a distributed avionics system framework.A cooperative wireless tactical cloud network is constructed between distributed platforms,achieving comple-mentary advantages of each platform through the integration of airspace and time domain,forming a self-organizing and self-healing collective.Within the same platform,different modules interconnect via an airborne time-triggered network,linking physically distributed resource modules and interfaces to estab-lish a loosely coupled underlying resource system.The system is scalable,upgradable,and modifiable,al-lowing for dynamic task adjustment,intelligent task allocation,and capability aggregation.
维普
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