基于体系工程的联合作战体系构建与验证研究OA
Research on the Construction and Verification of Joint Operation System-of-systems Based on System-of-systems Engineering
基于"迭代验证、循环评估"思想,将自顶而下的跨域作战需求分析、任务分解及功能设计过程,与自下而上的集成和验证过程有效结合,构建了多层级、多维视角下的联合作战体系建设方法,并结合实际作战场景和能力需求,提出了知识与模型驱动的多域联合作战体系仿真推演与验证模型,为联合作战体系的构建及验证提供支撑.
Aiming at the construction and evaluation of multi-domain joint operation system-of-systems,following the idea of"iterative verification and cyclic evaluation",this paper effectively combines the top-down cross-domain operational requirement analysis,task decomposition and functional design with the bottom-up integration and verification process,and establishes a multi-level and multi-view construction framework for joint operation system-of-systems.Furthermore,combined with actual combat scenarios and capability requirements,a knowledge-and model-driven simulation deduction and verification model for multi-domain joint operation system-of-systems is proposed,which provides support for the construction,verification and evaluation of joint operation system-of-systems.
徐博文;杨伟奇
国防科技大学先进推进技术实验室,长沙 410022国防科技大学先进推进技术实验室,长沙 410022
军事科技
联合作战体系装备数字化体系工程仿真推演作战能力评估
joint operation system-of-systemsequipment digitizationsystem-of-systems engineer-ingsimulation and deductionoperational capability evaluation
《火力与指挥控制》 2026 (4)
20-27,8
国家自然科学基金(12302382)国防科技大学空天科学学院自主创新基金资助项目(KY0505072520)
评论