Firepower Allocation of Missile Group under Variable Communication Conditions
Strike damage maximization by optimal firepower allocation is an important factor for achieving the victory in the air-to-ground combat with multi-missile and multi-target.In traditional firepower allocation method,the missile borne communication condition is defaulted as stable and undisturbed,the firepower allocation problem is transformed the allocation problem into an optimal solution problem.In actual combat,the missile inner communication condition is greatly influenced due to the fixed and maneuvering electronic jamming on missile group from the enemy.The communication variation before attack can be considered as the trend of future intelligent missile group development.According to missile group firepower allocation problem under variable communication condition,a firepower allocation method based on the fusion of knowledge guidance and genetic algorithm to realize the stable solution of the optimal firepower allocation scheme under variable communication condition.The simulation results show that this method can effectively solve the firepower allocation problem of missile group on the targets under the variable communication condition,and can provide the support for the firepower allocation decision-making of air-to-the ground combat of multi-missile and multi-target.
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