Abstract: An optimization model for the deployment of multi-type shore-to-ship missile combat units is constructed to solve the problem of quantitative decision-making on the deployment of shore-to-ship missile combat units in the combined attack mission of multi-position shore-to-ship missiles. The proposed model is based on the generalized maximum coverage and location theory, and takes into account the actual condition of limited number of shore-to-ship missile forces. For the influencing factors such as the position of target ship and the firepower coverage of shore-to-ship missile, Monte Carlo simulation method is used to establish a target dispersion area calculation model, a shore-to-ship missile firepower coverage area calculation model and other auxiliary decision-making models, and the particle swarm optimization algorithm is used to solve the proposed optimization model. The simulated results show that the optimization model and algorithm for the deployment of multi-type shore-to-ship missile combat units can be used to provide reasonable and effective optimization scheme, which provides reference and basis for the deployment of multi-type shore-to-ship missiles in wartime.

Key words: shore-to-shipmissile, deploymentoptimization, firepowercoveragearea, targetdispersion