| This thesis mainly deals with intelligent fire control system and integrated fire/flight control system of UVA based on tactical data link.Firstly, tactical data link used in aircombat is studied. First, a construction scheme of tactical data link system is proposed. Second, analysis on the key technication of data link is presented. Third, a scheme of tactical data link in air combat is proposed.Secondly, multi-aircraft cooperative multi-target attack intelligent fire control system is studied. First, a solution of connecting intelligent fire control system to tactical data link. Second, for the case of multi-fighter cooperative multi-target attack, the large-scale multi-fighter combat is divided into many combats in miniature. In every faction, target distribution and fire distribution are discussed based on genetic algorithm and ant colony algorithm. Examples are resolved in Matlab simulation environment, and the result shows that this method could make good decision in air combat.Thirdly, maneuvering decision-making and integrated fire/flight control system of UVA is studied. First, multiple-targets maneuvering decision-making based on risk decision is proposed. Second, the integrated fire/flight control system of UVA is designed using intelligent control technique. Simulation results show that the method is effective.Fourthly, super-maneuverable flight control system of UVA is studied. First, the nonlinear mathematics model of super-maneuverable fighter, and an affine nonlinear model based on the singular perturbation theory is proposed. Second, a robust TLC method based on nonlinear disturbance observer is proposed. Simulation results show that this method is effective and has better robustness.Finally, the three dimension visual simulation of air combat is studied. A three dimensional visual simulation system for air combat based on virtual reality is developed by Creator/Vega and Visual C++, which is consisted of target searching, missile launching and target attacking, etc.
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