关键词: 任务链, 任务网, 形式化建模, 指挥控制

Abstract:

Given the increasingly complex operational processes and high collaborative requirements in intelligent battlefield environments, as well as the limitations of traditional mission chain models in describing systematic and networked operations, a multi-level mission network theoretical framework spanning from tactical execution to theater collaboration is constructed. Firstly, to break through the constraints of traditional linear models, a five-level conceptual system is proposed, ranging from mission chains and mission paths to mission networks, mission webs, and ultimately theater mission webs. Formal definitions and relationship clarifications are provided for this system, enabling a hierarchical description of operational processes from single point to the entire domain. Secondly, to support the analysis and application of this framework, a comprehensive analytical methodology integrating domain-specific languages, set theory, Allen’s interval algebra, multi-attribute utility theory, and graph theory is constructed. A comprehensive analysis methodology is construct that integrates formal modeling, temporal constraint analysis, multi-objective utility evaluation, and network structure optimization. The feasibility of this methodology is verified through a case study on striking time-sensitive targets. The research demonstrates that the proposed theoretical framework and methodology can effectively characterize complex mission relationships in intelligent battlefields and quantitatively evaluate the comprehensive effectiveness of operational schemes. This result provides a basis for optimizing operational processes and improving command and control efficiency.

Key words: mission chain, mission web, formal modeling, command and control