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兵力部署通常由任务区分、兵力编组和兵力配置顺序构成.从战场指挥与控制的角度看,以上3个阶段的局部优化并不意味兵力部署的优化,因此有必要建立具有反馈特征和循环机制的全局优化模型.以任务区分、兵力编组、兵力配置和兵力部署之间的逻辑关系为桥梁,以部队应对复杂电磁环境主要措施为控制点,从事件的角度研究“进行兵力部署”事件的最大发生概率,提出了它与“进行任务区分”、“进行兵力编组”和“进行兵力配置”事件发生概率的最优匹配关系.
The deployment of troops is usually composed of the following tasks: division of tasks, formation of troops and arrangement of troops.From the point of view of battlefield command and control, local optimization in the above three stages does not mean the optimization of troops deployment, so it is necessary to establish a feedback mechanism and feedback mechanism The global optimization model is based on the logical relationship between task differentiation, force marshalling, force deployment and force deployment as the bridge, and the main measures of the unit dealing with complex electromagnetic environment as the control points, from the point of view of the incident The maximum probability of occurrence, put forward its best matching relationship with the probability of occurrence of “” task distinction “, ” force formation “and ” force allocation "event.