多型地空导弹武器系统调运优化模型

为在防控作战中利用有效资源在最短时间将地空导弹武器系统展开部署,建立最短路模型及装备调运优化模型.以多型地空导弹武器系统在最短时间内完成由多驻地至各个发射阵地的调运为目标,利用Floyd-Warshall算法进行解算,提出作战需求下的装备调运方案及路线规划.结果表明:该模型有效、可行,可为相关研究和决策提供依据.

Optimization Model of Multi Types Surface-to-air Missile Weapon System Transportation

In order to utilize effective resources to deploy surface-to-air missile weapon system in the shortest time, the shortest circuit model and equipment transport optimization model are established. Aiming at completing the multi types surface-to-air missile weapon system transfer from multiple stations to each launching position in the shortest time, Floyd-Warshall algorithm was used to solve the problem. Put forward the equipment transportation plan and route plan under the combat requirement. The results show that the model is effective and feasible, and can provide a basis for relevant research and decision-making.