Time optimal missile launching plan for MLV based on improved GA and AHP

Missile launching by vehicle have some inadequate aspects, such as the lack of rapid deployment for combat troops, demand of contingency plans to deal with temporary mutations, and the inability to protect prominent road nodes. In this paper, fire assignment model according with actual battlefield is built. According to the characteristics of missile launching vehicle(MLV), a dynamic fire distribution model of the whole launch time is established. The missile launching scheme is formulated by using improved genetic algorithm coding method, combining tabu list and Dijkstra algorithm. Risk assessment system of road nodes is built by analytic hierarchy process (AHP), and corresponding protection mechanism is established. Simulation results show that the method can increase the stability, expand the search range and analyze the hazardous nodes of the solution, verifying the feasibility and effectiveness of the model and algorithm. The overall launch time is short, and the unsafe node is protected.