面向电子装备集成应用的仿真系统设计与实现

Design and Implementation of Simulation System for Integrated Application of Electronic Equipment

摘要:

由于作战场景多样化、武器平台加装受限、在役使用验证不充分等因素，导致了电子装备集成到武器平台时的技术状态差异越来越大，严重影响电子装备的作战效能发挥；针对该问题，基于数字仿真技术设计了一种分层解耦架构的通用仿真系统，实现电子装备平台能力集成的优化设计；该系统通过人机交互界面进行详细建模，嵌入电子装备的实际作战场景进行仿真推演，基于作战应用效能分析进行设计的优化迭代，可以从设计层面解决电子装备与武器平台铰链后的详细设计不充分及功能指标验证不全面等问题；经实际应用，该仿真系统满足了某电子装备的平台加改装方案设计、测试、验证等使用需求，对提升电子装备的平台集成应用能力具有显著效果。

Abstract:

Given the diverse operational scenarios, mounting constraints on weapon platforms, and insufficient in-service validation, the technical status differences of electronic equipment when integrated into weapon platforms are becoming increasingly large, seriously affecting the combat effectiveness of electronic equipment. To solve this problem, a general simulation system with a hierarchical decoupling architecture was designed based on digital simulation technology, achieving the optimized design of the capability integration of electronic equipment platforms. This system conducts detailed modeling through the human-computer interaction interface, embedding the actual combat scenarios of electronic equipment for simulation deduction, and optimizing and iterating the design based on combat application effectiveness analysis, problems such as insufficient detailed design and incomplete functional index verification after the hinging of electronic equipment and weapon platforms can be solved at the design level. After practical application, this simulation system has met the usage requirements such as platform modification and upgrade scheme design, testing and verification for electronic equipment, and has a significant effect on improving the platform integrated application capability of electronic equipment.