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提出使用自动规划研究作战体系的易损性.通过目标、能力、状态和行动对体系进行概念化描述,将体系的易损性分析转化为给定初始状态下体系目标的可达性判定和所有可能规划解的生成问题.修改了经典图规划算法的搜索策略,将与或图的搜索转化为带有目标和动作节点的树的深度优先搜索.实现了不包含冗余动作意义下的完备行动方案集生成,证明了算法的可靠性和完备性.算法对于可选行动和行动前提都较少的情况具有较好的执行效率.算例说明算法用于体系易损性分析是可行的.但对于大规模问题,需要探索通过附加约束条件限制搜索规模的方法.
It proposes the use of automatic programming to study the vulnerability of the operational system, and conceptualizes the system through objectives, capabilities, states and actions, transforms the vulnerability analysis of the system into the reachability determination and all possibilities of the system objective under given initial conditions The problem of generating the solution of the program is modified.The search strategy of the classical graph planning algorithm is modified and the search of the graph or graph is transformed into the depth-first search of the tree with the target and the action node.The complete action plan in the sense of not containing redundant actions is realized The results show that the algorithm has good performance in the case of fewer optional actions and actions.An example shows that the algorithm is feasible for the vulnerability analysis of the system.However, On a large scale, there is a need to explore ways to limit the size of the search by attaching additional constraints.