武裝直升機群基于戰(zhàn)術數(shù)據(jù)鏈的智能火控系統(tǒng)研究.pdf

1、南京航空航天大學碩士學位論文武裝直升機群基于戰(zhàn)術數(shù)據(jù)鏈的智能火控系統(tǒng)研究姓名：趙振鋒申請學位級別：碩士專業(yè)：武器系統(tǒng)與運用工程指導教師：吳慶憲2011-03武裝直升機群基于戰(zhàn)術數(shù)據(jù)鏈的智能火控系統(tǒng)研究 iiABSTRACT The collaborative-air-combat of the armed helicopters is one of the developing orientatio

2、n of the high-technology air combat at present. Assuring the armed helicopters get the battle information timely and effectively is the most pivotal factor. The Intelligent Fire Control System of Helicopters is a system

3、which combines Artificial Intelligence (AI) technology and Helicopter Fire Control. In the system, the technology of airborne fire control system is devised based on Genetic Algorithms, Fuzzy Control and Neural Networks

4、tec. This paper is consists of five parts as follows: Firstly, the reliability and safety of data link is studied. We mainly study anti-interference techniques, correction coding technology and encryption technology. The

5、 simulation results indicate that the methods are effective. Secondly, the tactics decision-making system of armed helicopters collaborative combat is studied. At first, a new hybrid genetic fuzzy clustering algorithm is

6、 proposed for large-scale air fleet optimized formation assignment by incorporating the fuzzy clustering algorithm into the genetic algorithm.Then we propose a method of weapon distribution using Artificial Immune Algori

7、thm based on genetic algorithm. At last, this paper mainly works on the maneuver decision of helicopters air-to-air combat.Then all the methods are simulated and their validation is proved. Thirdly, key technology of at

8、tacking ground by armed helicopters is studied. We research the intelligent tactical decision-making system of attacking ground by armed helicopters. According to the definition of ground targets threat assessment on the

9、 threat of armed helicopters index, a means of target assignment based on Genetic Algorithm is proposed. After target assignment we propose a method of weapon distribution using Artificial Fish-swarm Algorithm. The simul

10、ation results indicate that the tactical decision-making is accurate and effective. And then, we presented the armed helicopter weapons fire control system of evaluation methods and operational precision air-to-ground mi

11、ssile weapon system performance calculating method. Finally, we study 3D animation simulation for armed helicopters combat. The method of using Vega module in Visual C++ environment is discussed, and then we show the pro