| This thesis mainly deals with multi-aircraft cooperative multi-target attack technology on intelligent fire control system, which is one of the mainly development directions of modern warfare. It is supported by the Tenth Five-year Preliminary Research Foundation of China Air Force. (Subject No.: 402050103)Firstly, besides considering the net topology of data link and the components of communication delay, we propose a target state predictor based on Markov Acceleration Model. The simulation results indicate that the method for compensating delay is effective for both constant-velocity and maneuvering target.Secondly, multi-target threat assessment and ranking are studied. Multiple Attribute Decision Making method is used with linear model and TOPSIS model. A new algorithm combining RBF Network is developed and simulations show the effectiveness of the method.Thirdly, based on the one-aircraft multi-target decision-making algorithm, a new algorithm for multi-aircraft multi-target is proposed, and the simulation of cooperative decision-making in a 4 VS 8 air-combat is carried out to verify its effectiveness. Influence Diagram is used in maneuvering decision for one-one air combat.In part IV, a kinematics model for 3D guidance problems is derived. Then pure proportional navigation, approaching method, and fuzzy logic algorithm are combined to develop a three-dimension fuzzy guidance law.Finally, this thesis expounds the modeling technology of 3D objects in computer animation simulation and the method of using OpenGL engine in Visual C++ environment. 3D animation simulation software is developed to show the process of air-to-air missile attacking target.
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