Design And Implementation Of A Visual Simulation And Verification Platform For Equipment Interoperability Of Complex System Based On Model Driven

With the continuous advancement of military reforms,the battlefield environment has become increasingly complex.The combat method has evolved from traditional single-service arms or multi-service arms operations to integrated joint information operations that break the boundaries of services and arms by sea,land and air,and traditional system-level confrontations have also evolved.It has become a system-level confrontation.Therefore,the systematic construction of weapon equipment has become more and more important in the field of national defense.However,as the complexity of weapon equipment system design becomes more and more complicated,the interactive mode becomes more complicated.For traditional document-based systems In terms of structural design methods,it has been unable to solve the severe challenges brought about by the complexity and emergence of weapon equipment system construction.Based on model-driven system engineering,this paper uses Sys ML modeling language and Magicdraw modeling tool to build an open,integrated,new model-driven human-in-the-loop weapon equipment architecture based on the scenario of combat missions.Model framework,and designed Magicdraw third-party interface plug-ins and communication servers,built a nearly realistic battlefield environment through the UE4 Unreal Engine platform,and constructed the behavioral logic diagram of each equipment in the way of blueprint communication,Finally,the Sys ML structure process model in Magicdraw drives the weapon equipment entity model in UE4 to complete the visual simulation and verification of interoperability between equipment,integrates simulation analysis and verification functions,and reproduces the model-driven man-in-the-loop weapon equipment attack The whole process of closing the link provides a new way for weapon equipment system structure design and equipment demonstration from the perspective of model interaction,reduces the cost of weapon equipment system construction,and solves the complexity and emergence of weapon equipment system design.Problem,so as to visually simulate and verify the interoperability of complex systems and equipment based on model-driven.This research is an important part of the key national defense basic scientific research projects "XXX intelligent design technology of virtual and real integration","model-based XXX design and simulation software",and the pre-research project of equipment and distribution simulation "XXX virtual acquisition technology".The research provides a new,virtual reality-based human-in-loop system-level demand demonstration method for weapon equipment system design,improves the efficiency of weapon equipment system construction and system demonstration,and ensures that the combat effectiveness of the entire weapon equipment system is maximized.