基于半物理仿真的协同作战与评估系统的设计与实现

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中图分类号：TP391.9 文献标志码：B 文章编号：1671-5276（2025）03-0157-05

Design and Implementation of Collaborative Operation and Evaluation System Based on Semi-physical Simulation

WU Yanjun1，²，CHEN Bai1

1.CollgeofchanicalandElectricalEngineering，NanjingUnversityoferonuticsndAstronutics，Nanjng，6ina 2.State-owned Wuhu Machinery Factory，Wuhu 241OO7，China）

Abstract： Withtheongoing developmentof militarytechnology，new equipmentandweaponsare iterativelyaplied inmodern warfare apidly，whichrequires theircombatcapabilitiesandsynergywithother related equipmentand weapons tobetestedand verifiedafterdesignandmantenane.Inealnvironments，owever，umeroustestquipmentandbatlefieldenvionmntshave limitationssuchas highexecutiondificultyandgreatfundingcosts，making ithardtoconductlarge-scaleandhigh-frequency practicaltests，andresulting inthedificultyincomprehensivelyevaluatingthesystecros-lnkingfunctionofequipmentuder specificconditions.Thisarticle，basedonthegroundjointtestplatformoftheintegratedavionicssystemoftwotypesofiafts， andwithsimulationandvisualizationtechnologies，buildsacollborativecombatandsimulationevaluationsystem，whoseusers aresupportedtoconductsemi physicalsimulationwithinthesystemframework，andflightsimulationof inkdatacommunication， collaborativecombatandadversarialevaluationofaircraftinrealscenarios，achievingtheresearchonfunctionaltestigand verification，and tactical simulation for multiple types of equipment.

Keywords：integrated avionics；cooperativeoperation；simulationevaluatior

0 引言

协同作战与仿真评估系统着眼于有人机、无人机协同作战[1-2]中飞机机动、作战能力的仿真与分析，提供仿真场景编辑、综合态势可视化以及仿真结果的回放查看功能，支撑用户基于本系统和现有实物装备，通过纯数字仿真和半物理仿真[3的方式，进行有人机、无人机协同作战的态势感知和作战能力分析。（剩余6837字）