A High-Precision Real-Time Distributed Simulation System Architecture Design

High-precision real-time distributed simulation scheduling has been a research hotspot in recent years. The requirements for distributed simulation scheduling mechanisms in real-time distributed simulation scheduling services largely determine the accuracy and real-time performance of the simulation system. To address the issue that traditional simulation methods struggle to ensure synchronization and consistency between simulation timing and control timing in safety-critical fields such as aerospace, which may lead to significant potential risks in subsequent testing and usage, this paper designs a high-precision real-time distributed simulation system architecture. It focuses on three core technical aspects of the architecture: real-time performance, high precision, and distribution. Through testing and analysis, it is concluded that the high-precision real-time distributed simulation system architecture designed in this paper improves the real-time performance and accuracy of simulations.