论文部分内容阅读
卫星通信抗干扰引擎是实现卫星通信系统抗干扰智能化和网络化的一项关键技术,它的主要功能是通过智能化的处理方式对全网终端的可控参数进行配置,在兼顾性能的基础上实现全网抗干扰能力的优化,快速适应干扰变化。文章设计了一种基于遗传算法的抗干扰引擎,并研究了两种遗传算法在抗干扰引擎中的应用。仿真结果显示文中设计的抗干扰引擎能够对不同的传输模式进行权衡,得出一组满足当前模式的传输参数。
The anti-jamming engine of satellite communication is a key technology to realize the anti-interference intelligentization and networking of the satellite communication system. Its main function is to configure the controllable parameters of the whole network terminal through intelligent processing, On the whole network to achieve the optimization of anti-interference ability to quickly adapt to changes in interference. In this paper, an anti-jamming engine based on genetic algorithm is designed and the application of two genetic algorithms in the anti-jamming engine is studied. The simulation results show that the anti-jamming engine designed in this paper can weigh different transmission modes and get a set of transmission parameters that meet the current mode.