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提出了一种基于排队论的战场复杂频谱环境的建模方法。考虑我方飞行器协同作战系统深入敌方纵深的复杂电磁频谱环境,未知干扰源可按一定的概率和强度来对我方通信频带进行干扰,整个战场频谱干扰模型可以由一个并行服务多窗口的排队论系统来描述。进而将通信系统受干扰造成的影响与信道衰落、噪声等同时考虑,可得到战场的复杂动态频谱环境模型。经过蒙特卡罗仿真可验证该方法建立的频谱环境模型较为符合实际战场情况。
A method based on queuing theory for modeling complex battlefield environment is proposed. Taking into account the complex electromagnetic spectrum environment in which our aircraft’s cooperative operation system penetrates deep into the enemy’s enemy, unknown sources of interference can interfere with our communications band with a certain probability and strength. The entire battlefield spectral interference model can be queued by a multi-window service in parallel On the system to describe. Furthermore, considering the interference caused by the communication system and channel fading and noise, the complex dynamic spectrum environment model of the battlefield can be obtained. After Monte Carlo simulation can verify the method of establishing the spectrum environment model is more in line with the actual battlefield conditions.