Optimization Matching of Sensor and Weapon System Based on Geometric Programming

The matching of sensor and weapon system is important for the whole combat system. Combat system would have the optimum efficacy only if the indexes of sensor and weapon system attained to the best matching status. A method of optimization matching of sensor and weapon system based on geometric programming was given. This method means to construct a GP model, the target function of which would be the system entire efficacy calculated by power index method, and the constraints of which would be the transformed matching requirements of key indexes that affect the system entire efficacy. Then a typical application example of a certain naval gun weapon system was presented. The optimization matching of the sensor and weapon system was solved conveniently by this method. It can be a new way for the optimization matching of sensor and weapon system.