基于多流映射-动态验证的多平台协同任务链博弈建模与资源优化

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中图分类号：E0-03 文献标志码：A DOI： 10.12305/j.issn.1001-506X.2026.03.20

Abstract：Inviewof lack of dynamic interactionand informationuncertainty modeling in traditional task chain verification，a solution scheme is proposed.Firstly，construct the“decomposition-abstraction-verification”methodology system，structurally decompose the operational processinto modularunits，extract and parameterize the elements from the three dimensionsof entities，informationand rules，and establish a dynamic verification environment through ExtendSim. Then，afiveflowcollaborative mapping model is designed toabstract operationalactivities intoamulti-dimensionalcoupling systemof executionflow（timesequence），inteligenceflow（interaction），materialflow（resources），atributeflow （state）and decision flow（commandandcontrol）．Finally，developaclosed-loopmodeling framework torealize parameterization of operational primitives（time-consuming/probability/resources），modular programming of complex rules andmulti-layerprocessnesting.Simulationresultsshowthat theproposedmethodcanreflect theoperationalinformation activity law，and provide idealsand method for the evaluation of multi-platform collaborative task chain.

Keywords： task chain；electronic countermeasure；modeling and simulation；ExtendSim

0 引言

估相结合的方式，存在三重局限： ① 交互动态性缺失。（剩余15971字）