Jamming Missile Deployment Strategy Based on Simulated Annealing Algorithm and Exhaustive Search Method

Abstract

To enhance the battlefield survivability of personnel and equipment, smoke jamming shells have become one of the focuses of war preparedness research and development in various countries. Based on mechanism analysis at the kinematic level, simulated annealing algorithm under multi-round cyclic mechanism, and exhaustive method, this paper studies the deployment strategy of smoke jamming shells. Based on the motion models of jamming shells, cloud clusters, and missiles, this paper constructs a single-objective optimization mathematical function with the longest effective shielding time as the optimization goal. To obtain more accurate calculation results, this paper adopts the simulated annealing algorithm, which can achieve autonomous multi-round loop functionality, and ultimately derives the optimal effective shielding time.