Multi-aircraft Combat Simulation System Design Under The VPM Environment

Along with the developing of aeronautic technology and the improving of martial equipment, the model of cooperative attack of multiple aircrafts to multi-target has occupied the main position in the modern air combat. As the corresponding test and evaluate method, air combat simulation is the first choice.The simulation of multi-aircraft combat is adaptable as well as objective. It can reflect not only the performance of the fighter plane and weapon, but also the attack capability of the formation. To accomplish the purpose of whole simulation, the fighter's subsystem dynamic model and the model of the pilot's behavior should be built. The modeling means of each part in the fighter and the construction of the system have been deeply discussed in this paper. According to these works, a multi-aircraft simulation system is built.The main works and achievements of this paper are as follows:1. The fighter's three-dimensional and weapon's model are built;2. The integrated function of decision-making in which range, angle and speed are taken into consideration is built, and base on this function, the dominant-matrix algorithm of target allocation is realized3. According to research of the actual air combat, the experienced model of pilot is extracted, based on these the typical maneuver decision and maneuver act are realized.4. Applying the object oriented, blocking and graphical technology to undertake the encapsulation of each block.5. The method of multi-layer construction, centered on the allocation queue posted orderly, is proposed.The simulation system in the thesis has significant value in practical use. By using it, the multi-aircraft simulating can easily be done, and its simulation result is very precise.