论文部分内容阅读
提出了一种基于通信终端设备时钟和地址信息的任意频隙跳频序列构造方法。该方法通过混淆运算、频隙映射的方式产生出均匀性好、可用频隙数小于512的任意频隙跳频序列。仿真分析和数值实验表明,该构造方法具有均匀分布、独立性好、跳频间隔稳定以及硬件方便实现等优点,可应用于实际的跳频多址通信系统中。
A method for constructing any frequency-hopping frequency hopping sequence based on the communication terminal equipment clock and address information is proposed. The method generates a uniform frequency hopping sequence with any frequency gap less than 512 by confusion operation and frequency gap mapping. Simulation and numerical experiments show that the proposed method has the advantages of uniform distribution, good independence, stable frequency hopping interval and easy realization of hardware, which can be applied to the actual frequency hopping multiple access communication system.