Being the important component in terminal defense system of air defense, the anti-aircraft gun weapon system is widely used in ground-air and sea-air defense. Effectiveness analysis of the anti-aircraft gun system has a very vital significance in optimizing the configuration of the weapons’ equipment and making operational proposal. At present, effectiveness evaluation of the weapon system always use numerical simulation technology, but the result is not intuitive and vivid. So in this paper, the technology of numerical simulation combined with visual simulation was used, hoping to find new methods of anti-aircraft gun system effectiveness evaluation.This article took the ADC model of the American WSEIAC as the basic framework, researched and analyzed the mathematic model of anti-aircraft gun effectiveness. Besides, the effectiveness evaluation index system was established and the method of effectiveness evaluation was determined. Based on the MATLAB numerical simulation software, the service probability of anti-aircraft gun system and its influencing factors were emphatically analyzed. What’s more, based on the error model of percussion fire and analyzed the ability to destroy targets of anti-aircraft gun system’s on the whole route. And calculated availability and reliability of anti-aircraft gun system on the basis of some assumptions, as well as the combat effectiveness of anti-aircraft gun system under certain conditions.Through the use of 3d-Max modeling software and Unity3 D game engine, combine with C# language, the visual simulation system of anti-aircraft gun system effectiveness evaluation was established. In this system, realized the target track, fire control computation and Missile-target Encounter, thus the battle effect on target of anti-aircraft gun system was deducted in virtual reality.On the basis of the above-mentioned simulation, effectiveness evaluation system of anti-aircraft gun weapon which based on visualization has been established on.NET Framework platform. It not only can carry on the numerical simulation to the combat effectiveness of anti-aircraft gun system, and to be able to can deduce the firing process and the effect of anti-aircraft gun system by visual simulation. So it can show the process and result of effectiveness evaluation visually and intuitively. |