Embedded Monitoring Design And Implementation Which Based On The Linux Operating System In Microwave Transmission Equipment SDH

Compared to wired communications, microwave communications has its unique advantages:can ignore terrain obstacles, can maintain the link in the geological disasters, it can also meet the communication needs of sparsely populated countries, and so on. Those advantages makes microwave communications take its place in communication market. Countries and regions in the sparsely populated, underdeveloped communication or geological disasters, microwave communication is an important means of communication in the region. It is set up convenient distance transmission. Microwave communication still has broad market.Microwave equipment monitoring which designed in this paper refers to the monitoring hardware and software features of microwave equipment; it is a method for monitoring the status of the embedded system. Microwave equipment, monitoring can play an alarm state detection, link switching and signal attenuation role. It is the brain of the equipment used to deal with a variety of equipment status changes and functional requirements change. Through the operation of hardware and software resources interface scheduling, the microwave equipment can:(1) Keep the link open;(2) Monitoring device status;(3) Control hardware operating parameters.This paper lists a variety of embedded devices’ status monitoring design, and the comparison final choice. The main technologies used:Linux operating system migration, the ARM platform development, Linux inter-process communication, Linux driver development, describes the WEB design method. The design is aim to build an efficient, excellent performance, portability of embedded monitoring, to ensure stable communication in microwave SDH.