摘要
装备作战任务需求是军事需求的重要部分。基于系统工程思想,提出了作战概念驱动、作战场景支撑、作战任务分解集成的陆上无人装备任务需求模型构建策略。运用基于作战视图的作战场景模型构建、基于霍尔三维结构的作战任务分解模型构建、基于作战任务困难度和重要度评估的任务集成模型构建等方法,以侦打一体无人突击车作战任务需求开发为例,对模型框架进行应用验证。证明了模型的可行性、鲁棒性、适应性,具备推广价值。
The combat mission requirements of equipment are an essential part of military requirements.Based on the thinkings of systems engineering,a strategy for constructing a mission requirement model for land unmanned equipment is proposed,driven by combat concepts,supported by combat scenarios,and integrated through the decomposition of combat missions.Methods such as the construction of combat scenario models based on combat views,the construction of combat mission decomposition models based on Hall's three-dimensional structure,and the construction of task integration models based on the assessment of the difficulty and importance of combat missions are applied.Taking the development of combat mission requirements for reconnaissance and strike integrated unmanned assault vehicles as an example,the model framework is applied and verified.The feasibility,robustness,and adaptability of the model are demonstrated,with the value for promotion.
作者
张伦
董志明
李亮
刘倬立
ZHANG Lun;DONG Zhiming;LI Liang;LIU Zhuoli(Army Academy of Armored Forces,Beijing 100072,China;Unit 61172 of PLA,Beijing 102204,China)
出处
《火力与指挥控制》
北大核心
2025年第9期65-73,81,共10页
Fire Control & Command Control
关键词
陆上无人装备
作战任务需求
模型构建
霍尔三维矩阵
作战场景
land unmanned equipment
combat mission requirements
model construction
Hall’s three-dimensional matrix
combat scenario
