Calculation Model of Anti-Stealth Combat Position Code of Early Warning Aircraft

At present, U.S. troops are heavily equipped with stealth fighters and have been used in real battles many times, causing great losses to opponents. As the status of stealth aircraft in the air battlefield becomes more and more prominent, how to effectively counter stealth has become the problem that the defensive side must study seriously. There are also weaknesses in stealth fighters: it is impossible to achieve all-direction stealth, except that the area near the aircraft head has strong stealth capability, other areas of RCS are comparable to ordinary targets. In the Kosovo War, the Federal Republic of Yugoslavia took advantage of the weakness of stealth fighter and shooting down F-117 stealth fighters, becoming an important example of anti-stealth operations. The early warning aircraft has strong communication capability and target reconnaissance capability, and unaffected by complex terrain. It will play a very important role in the future anti-stealth combat. Meanwhile, the early warning aircraft does not have the defense capability, which is the main target of the opponent's attack, and the safety of the aircraft itself must be considered. Based on the optimization method, this paper puts forward the calculation model of anti-stealth position of the early warning aircraft, which effectively solves the problem of how to find the enemy aircraft as far as possible under the premise of ensuring its own safety. Model solution is simple, easy to realize, suitable for real battle.