Design and Implementation of a Unified Monitoring Platform for Collaborative Simulation System

In response to the problem that heterogeneous simulation models are difficult to integrate and interoperate in aerospace measurement and control simulation, a simulation collaborative control technology based on “acquisition-fusion-decision-implementation” (CFDE) is proposed. This technology is based on the aerospace measurement and control collaborative simulation interoperability protocol, and aims to realize interoperability of heterogeneous simulation models and unified control of distributed collaborative simulation. By establishing a unified view, automatic protocol conversion and unified state monitoring, the distributed multi-model simulation state is collected and integrated in real time, and decision-controlled based on the fused state, realizing automatic acquisition and joint control of collaborative simulation states is achieved, improving the development integration efficiency of heterogeneous simulation models and Beijing Center digital simulation model, and solving the problem of independent and distributed collaborative simulation system states is difficult to control independently and decentralized synchronously. Interoperability protocol specifications and transparent bridge technology not only realize multi-protocol automatic conversion and data fusion, but also realize flexible expansion and centralized control through a plug-in unified monitoring platform, significantly improving the compatibility, scalability and operation efficiency of the simulation system.