Abstract:

Loft delivery of laser-guided bomb with no offset is a typical weapon delivery tactic during surface attack. The purpose of tactic maneuver planning of operational aircraft is to search for the best flying route and the operation location, time and parameters of certain equipment while satisfying the demand of certain tactic principles. According to the literal description of the tactic of loft delivery of laser-guided bomb with no offset, a tactic model based on the combinationof maneuvers is set up. Considering the maneuver capability of the operational aircraft and the operation conditions of the laser-guided bomb comprehensively, aiming at obtaining the maximal level of damage of the ground target and the minimal level of threat of the operational aircraft, a multi-objective optimization model on tactic maneuver planning is established. Then, the multi-objective evolutionary algorithm based on the decomposition algorithm is employed to solve the tactic maneuver planning model. Simulation experiments prove that the proposed model and algorithm are feasible and efficient.