多模式一体化通信系统设计方案

有线通信、卫星通信、超短波通信等通信设备间,接口不统一,缺乏统一管控。针对该问题,从系统工程思想出发,提出了多模式一体化通信系统的设计方案。通过对＂通用型通信控制设计技术＂、＂嵌入式光传输设计技术＂和＂超短波高速跳频电台设计技术＂3项关键技术的研究,实现了多模式一体化通信系统。该通信系统集成了网络通信、串口通信、无线电台通信和光纤通信等多种通信模式,具有接口标准化、设备小型化和功耗低等特性,可建立动态路由,实现了信道的优选。

Design of integrated multi-pattern communication system

Interfaces among wired communications, satellite communications, VHF communications and other communication equipments are not unified where unified management and control are insufficient. This topic is dedicated to the design of integrated multi-pattern communication system based on systematical engineering theory. The research developed an integrated multi-pattern communication system with three key technologies, which are ＂universal designing technology of communication control＂, ＂designing technology of embedded optical transmission＂ and ＂designing technology of high-speed frequency hopping VHF radio＂. The communication system integrates network communication, serial port communication, radio communication and optical fibre communication, featuring interface standardization, equipment miniaturization and low power consumption. By establishing dynamic routing, the system can perform communication channel optimization.