Study on Loading Scheme Optimal Algorithm of Airborne Ammunition for Group-craft Cooperative Air Combat

In order to furthest enhance the whole operation efficiency in group-craft cooperative air combat, this paper presents a new optimal algorithm of airborne ammunition loading scheme based on fighter planes synthesized efficiency index. First, by analyzing the correlative elements of loading scheme optimal modeling of airborne ammunition for group-craft cooperative air combat, an integer nonlinear program mathematic model about ammunition loading scheme is established. Second, this paper designs the six-step algorithm flows of solving the maximum of fighter planes synthesized efficiency index for group-craft cooperative air combat. Last, a simulation experiment shows that, the algorithm is of feasibility and validity, the solving speed is quick (the time is not beyond 10s to solve a 40-variables loading scheme mathematic model), the operation efficiency is high (the synthesized efficiency index of project 2 is higher 23.19 than the traditional project 1´s), which will offer scientific decision-making supports for operation department to constitute the group-craft cooperative air combat loading scheme quickly.