Before taking off, carrier aircraft need to be placed on the battle position of the aircraft carrier flight deck in advance, and different deployment schemes have an important impact on the entire departure process. Based on this background, this paper studies the carrier aircraft deployment scheduling problem. Firstly, the mathematical model of carrier aircraft deployment and scheduling is analyzed and proposed. The carrier aircraft fleet deployment and scheduling problem is transformed into a multiobjective optimization problem with constraints to find the minimum solution. Secondly, taking Nimitz class aircraft carrier as the research object, the digital modeling of aircraft carrier battle position, the constraint and target analysis, and the take-off calculation model design are carried out. Thirdly, the aircraft carrier flight deck deployment scheduling algorithm BPSO is designed, which is improved on the basis of PSO and has faster optimization speed and better optimization results. Finally, based on the previous model and BPSO algorithm, taking the Nimitz class aircraft carrier's maximum wave take-off task as an example, the carrier deployment and scheduling simulation analysis is carried out. The simulation results show that the whole method can solve the carrier aircraft deployment scheduling problem well.
CLC number: TP3; V24