Abstract:

Considering that the conjugate jammer formation is used to resist against the radar net, taking positioning accuracy of the netted radar fusion center as the target function, a jamming resource optimum allocation model is established. Based on that, taking full use of the flight information of the jammer formation in penetration， a new allocation model based on the penetrating process is established. With ‘weighted integral of positioning accuracy in the fusion center’ as the target function then a multi-constrained genetic algorithm (GA) for optimizing the allocation of jamming resources is presented, and the selection operator, cross operator and mutation operator are designed concretely. The simulation result shows that the proposed modelis practical and effective, which is very valuable for improving the overall interference effect of the jammer formation in actual environment.