一种多信道跳频通信系统信道控制方法

提出了一种多个物理信道共同工作的无线跳频通信系统的跳频同步及信道分配控制方法,采用独立的控制信道实现多个物理信道间的跳频同步控制,并在多个信道保持跳频同步的基础上利用高效的分段轮询方式实现控制信道和业务信道的时隙分配,同时利用控制信道实现多个业务信道间的用户调度,提高了信道的利用率,可广泛应用于各类多信道无线跳频通信系统,尤其是窄带信道的战术无线通信系统中。

A Method of Channel Assignment for Multi-Channel Frequency-Hopping Communication System

This paper presents the frequency-hopping（FH） synchronization and channel allocation control method of multiple physical channel FH communication system, which adopts the independent channel control to achieve the FH synchronous control among multiple physical channels. On the basis of multiple channel hopping synchronization, the channel control and the slot allocation of business channel is implemented with the efficient subparagraph polling, and more business users in other channels schedule are achieved by the control channel, thus to improve the utilization of channel, and can be widely applied to all multi-channel wireless FH communication system, especially the tactical wireless communication systems.