The Research Of Air-to-air Missile Guidance Law Based On Data Link And Simulation System Development

With the rapid development of modern military science and technology, future tactical combat mode and has undergone tremendous changes. With over-the-horizon attack capability in the medium - and long-range air-to-air missiles will play an increasingly important role in future aerial. The United States, Russia and other countries have long-range air-to-air missiles as a key point in the development of the Airborne Weapons. As the size of the missile seeker has stringent restrictions, Therefore, using inertial guidance middle of the last active guidance and combining the guidance system to meet the demands of over-the-horizon attack has become a popular choice.Now, the VR has already expanded to many fields from the military application field, such as aerospace, industry design, manufacture, information management, business, medical treatment, education and entertainment. For many reasons there is a big gap between China and other developed countries in the field of VR research and development.This paper mainly in the process of Missile strikes against targets under the guidance of the over-the-horizon data links, Which guided the decision-making process of handover, Designed a three-dimensional air-to-air missile based on the principle of proportional navigation fuzzy VSPN, And the C language environment programming. On the basis of the current widespread use of the project-level simulation software Multigen-Paradigm Creator and Vega in Visual C + + environment to develop the real-time 3D animation Simulation System based on Console. The system is capable of operating in three different guidance, real-time observation VSPN guidance results, The development of simulation systems for air guided missile research has provided a good platform it was a much shorter cycle of the data useful, but can also save a lot of manpower and resources consumption. Finally, prospect the development of the VR Technology.