Decision-making optimization method for submarine attack conditions

摘要

As a strategic weapon with strong attack and high concealment, submarine's optimal operational maneuver decision is very important. However, the attack condition model of submarine can not be expressed directly by mathematical formula. This paper presents a method based on fuzzy comprehensive evaluation and multi-objective optimization to obtain the optimal decision of submarine. Firstly, according to FCE, the fuzzy evaluation index system of submarine attack condition is established, and each influencing factor is given a reasonable weight. After the weight of target layer is calculated by membership function, the attack condition of submarine is scored. In addition, this paper also uses simulated annealing algorithm to get the optimal decision of submarine attack condition, so as to get the corresponding subsystem input instructions under the optimal decision. The final simulation results show that this method is an effective method to obtain the optimal decision of submarine attack condition.