A Model for Defense Design in Battlefield Support Network

In order to resolve the problem of deploying defense forces in logistics defense,a model was presented to allocate defense forces.Based on the characteristic of battlefield support network structure,the level of demands covered by support bases was used to decided whether the allocating was good or not in the model.The model was a bilevel programming whose upper level programming was to maximize the extent of support bases covering customers when r unprotected support bases losing,and lower level programming was to maximize the loss.Based on the feature in the decision making,implicit enumeration algorithm was adopted to get optimal solution to the model.Numerical example shows that the result of the model is better than that of traditional method which takes the vulnerability of element in the network as the decision rule.