Design and Implementation of a Command Antagonistic Simulation Training System

Based on military requirements for antagonistic training and system application modes, this paper proposes the functions of an antagonistic simulation training system, designs its technical architecture, and conducts an in-depth analysis of key technologies. The core technological breakthroughs include a dynamic multi-resolution modeling (DMRM) algorithm that adaptively adjusts simulation fidelity based on operational context, and an intelligent reasoning engine that enhances command decision-making processes. The system design and implementation have been successfully applied to the development of multiple technical antagonistic simulation training systems. Verification results demonstrate that the system’s functions, performance, and operational effectiveness fully meet the specified tactical and technical indicators, while also satisfying general requirements such as modularity and informatization.