摘要:近年来，随着城市建设的发展，风光互补路灯的应用也越来越广泛。由于风、光、温度等环境因素具有随机性，所以风光互补路灯就需要对其参数进行监控。现在流行的监控系统大部分使用的是有线网络，但是由于有线网络存在易损坏、成本高等固有缺点，路灯系统的扩充和文护都存在困难。而ZIGBEE技术低功耗，廉价，易使用等特点，为路灯监控系统提供了一个很好的新的解决方案。本文采用GSM 网络代替有线网络，通过研究无线网络通信协议、网络安全、远程访问方式，以及数据传输速率、传输距离等，提出一种适合整个路灯监控系统的通信网络架构，并采用 VB6.0 编制了相应的风光互补路灯系统监控软件，在实验室内进行实际测试验证，实现了远程数据的统计分析、实时显示、历史查询和报表打印以及路灯的远程调控等功能，取得预期的远程监控效果。5490
关键词： ZigBee，GSM，无线通信，监控系统
A design of intelligent LED light control system based on wireless information
Abstract:
In recent years, with the development of urban construction, solar hybrid street lighting applications more widely. Due to the randomness of wind, light, temperature and other environmental factors, solar hybrid street lighting needs its parameters monitoring. Monitoring system most popular wired network, but fragile due to the presence of a wired network, high cost and inherent shortcomings of the expansion and maintenance of the street lighting system is difficult. ZigBee technology low-power, low-cost, easy-to-use features for street light monitoring system provides a good solution. This article uses the GSM network instead of a wired network, through the study of wireless network communication protocols, network security, remote access, and data transmission rate, transmission distance, propose a communication network architecture suitable for the entire street light monitoring system, and uses VB6.0 preparation of the corresponding wind and solar street lighting system monitoring software in the laboratory the actual testing and validation, achieve remote data statistical analysis, real-time display, history of queries and reports printing and street lamp remote control functions, to achieve the desired remote monitoring results.
Keywords: ZigBee, GSM, wireless communications, monitoring system
目录
摘要: I
Abstract: II
1 绪论 1
1.1 课题研究的背景及意义 1
1.2 路灯监控系统研究现状 1
1.3 论文的主要研究和安排 2
2 LED路灯控制系统整体方案介绍 3
2.2 协调器监控终端 4
2.3 通信网络 5
2.4 监控中心 5
2.5 通信模块 5
2.6 无线终端节点 8
2.7 本章小结 8
3 通信方案设计 8
3.1 通信设计的基本要求 9
3.2 数据通信方式 10
3.2.1 有线通信方式 10
3.2.2 无线通信方式 11
3.3 通讯方案选择 12
3.4 通信协议的设计 13
4 GSM通讯 14
4.1 GSM 模块介绍 14
4.1.1 通信模式分析 15
4.1.2 GSM硬件模块介绍 15
4.2 SMS AT 指令集简介 16
4.2.1 AT 指令语法 17
4.2.2 AT 命令分析 17
5 ZigBee协议规范 20
5.1 ZigBee 协议技术规范概述 21
5.2 ZigBee 协议架构概述 23
5.3 物理层规范 24 ZIGBEE无线智能信息处理的LED路灯控制系统设计与开发:http://www.youerw.com/zidonghua/lunwen_2538.html