基于ARM和多通信模式的装备远程监控系统设计

Design of equipment remote monitoring system based on ARM and multi-communication model

摘要:

针对远程通信装备的监管，设计了一种基于精简指令集(RISC)微处理器(ARM)和多通信模式的装备远程监控系统。以ARM S3C2410微处理器为核心，构建了系统的硬件监控平台，利用以太网、GPRS、短信等通信方式，实现对远程通信装备的管理、控制和故障处置。介绍了系统的数据收发过程和通信协议的实现方法。系统测试结果表明，在4种通信方式下，该系统均运行稳定，能在3 min内完成故障告警信息上报，20 s内完成远程装备的参数查询，35 s内完成对远程装备的参数设置。

Abstract:

An equipment remote monitoring system based on Advanced Reduced Instruction Set Computing(RISC) Machirles(ARM) and multi-communication model is designed in order to expediently monitor remote communication equipment in devious location. The hardware monitoring platform of the system is constructed with the core of ARM S3C2410 microprocessor，and the system realizes the management，control and malfunction treatment of remote communication equipment by the communication methods of Ethernet，General Packet Radio Service(GPRS) and short message，etc. The data receiving and sending process of the system and the realizing method of communication protocol are introduced. The results of system testing demonstrate that the system operates stably by these four communication methods，and can report malfunction alarm message in 3 min，inquire the parameters of the remote equipment in 20 s, and set up the parameters of the remote equipment in 35 s. It reduces the cost of maintenance and monitoring, which has certain practical value.