The Design of Distributed Simulation Architecture for Embedded System

Traditional simulators and simulation equipment are independent of the actual equipment, and the related training is on the operation of weapons and equipment. It is obviously that the function of simulation training is missing. The real feel and training effects cannot fully meet the training requirements of the actual equipment. This paper analyzes the development status of embedded simulation technology at home and abroad, and expounds the requirements of embedding the simulation system in actual equipment. It aims at multi-entity embedded simulation modeling, real-time online simulation, the simulation scheduling management of the real-time operating system, the management of data interaction, etc. The key issue is to study the architecture design of a multi-entity distributed embedded simulation system for practical exercises. It proposes an architecture design plan for an embedded simulation system which has an independent simulation function layer and facilitates the general development of simulation models. By building an embedded simulation verification environment that supports the air platform, we conduct simulation verification. The result shows that the system architecture have the ability of realizing multi-entity operation management, solving the problem of multi-entity simulation data interaction and management, and meeting the needs of supporting multi-entity distributed simulation.