Abstract: To deal with the conflict between the action planning of the ship platform and the fire maneuver planning, which leads to the problems of recalculation and low efficiency of force and fire action planning, an integrated design method for ship platform maneuver route and missile attack path is proposed. Firstly, according to the platform motion parameters of both sides and the terminal attack angle or attack direction of the missile, based on the shortest-time maneuver tactics of the platform, the virtual warship-target encounter point prediction and the dynamic planning of the missile flight path are performed. Secondly, the maneuvering course, maneuvering time and range of the ship platform are calculated iteratively, and the missile launch point of the platform is recommended. Finally, the realization steps of the shortest-time contact maneuver of the ship platform under the missile's direct navigation mode and route planning mode are given respectively. With the proposed method, after the ship platform reaches the recommended launch point, it can immediately launch missiles according to the planned missile flight route, make full use of the missile range, and launch at the farthest possible distance to achieve the effect of launching and hitting before the enemy.

Key words: shipplatform, anti-shipmissile, maneuverroute, shortesttime, routeplanning, integrateddesign