基于人机认知协作的智能任务规划系统研究

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中图分类号：N945：E917 文献标志码：A DOI:10.3969/j.issn.1673-3819.2025.06.005

引用格式：,.基于人机认知协作的智能任务规划系统研究[J].指挥控制与仿真,2025,47（6）:30-38.TIANW,GUOZQ.Researchonintellgentmisionplaingsystembsedonuman-macinecognitiecollborationJ.CommandControl&iula-tion,2025,47(6) :30-38.

Research on intelligent mission planning system based on human-machine cognitive collaboration

TIAN Wei, GUO Zhiqiang (Unit92192ofPLA，Ningbo315100,China)

Abstract：Toddresshallenges inintellgent missionplanning，ncudingsubaskdecomposition,battefieldeventambiguity，andethical trade-offs，asystemarchitecturebasedonhuman-machinecognitivecollaborationisproposed.Bydeconstructingcogitiveprocessesintofivedimensions（sitationalawareness，assessment，plangenerationevaluationandactioncontrol），acapabilitycomplementaritymodelisestablished，optimizedthroughdynamicweightalocation.Thetreelayerarchitecturecomprses：adatasupportayerintegratingoerationalrules,historicalcases，ndpsychologicalmontoring formulti-sourcefusion；aninteligentprocessinglayerutilzing knowledge graphsandhybridreasoningenginesforsituational deduction,ethicalasessment，andinnovativeplannng；andahuman-machinecollaborationlayer enabling bdirectionalcognitionvianeural enhancement，ethical constraints，anddynamictask negotiation.Somereference forimprovingthequality and efficiency of human-machine collaboration mission planning system can be concluded from the study.

Keywords:human-machinecognitivecollaboration；intelligentmissionplanning；dynamicweight allocation；capability complementaritymodel

随着信息科学技术尤其是AI和认知科学的飞速发展，人与机器之间的协同方式不断由跨载体协同向跨认知协同演变。（剩余16022字）