Process-Level Distributed Design Method for Clustered Aviation Bomb Collaborative Flight Simulator

Abstract

Aiming at the miniaturization and portability requirements of the collaborative flight simulator used in long-endurance collaborative aerial bombardment training, the design concept of software-based distributed real-time flexible system is proposed based on the advantages and disadvantages of traditional simulators and simulation systems. The bomb-borne 1553B bus is simulated with completion of RTNet by RTX real-time operating system. Based on the process copy technology for two-level memory management, the system-level functional modules completed by hardware is abstracted to memory particles and software processes to realize the distributed flexible design of this system. Meanwhile, the flight track generator realized by the spline interpolation and the data intervention of distributed process-level image are proposed to be able to reproduce the flight scene more realistically. Finally, the functionality and perfor-mance of the simulator have been effectively verified in the multi-level collaborative test.

Keywords

• |distributed|collaboration|combat training|simulator|1553b bus|process copy|aviation bomb