摘要
ZigBee技术为低功耗、低成本、低复杂度、适中数据传输率和且具有自组织功能的无线监控网络的组建提供了坚实的技术基础。为了增强无线网络在无人值守、远程监控等应用中的稳定性及智能化,本文在分析ZigBee协议体系结构以及Z_Stack协议栈基础上,研究了如何基于CC2530组建具有自组网、自愈特性的ZigBee无线网络,通过对无人值守的通信基站的交流电压、电流和温湿度环境等参数的远程实时监控的试验,实现了网络的自组网与自愈功能,增强了网络的稳定性及智能化。
ZigBee technology provides a substantial basis for wireless monitoring and controlling network with low-power consumption, low-cost, low complexity, moderate-data-rate, self-organized and self-healing. In order to enhance the stability and intelligent for the wireless network＇s application in the unattended and remote monitoring, Based on analysis of the basic architecture of ZigBee protocols and Z_Stack, discusses how to organize a wireless networking with the features of selforganized and self-healing by CC2530.And with the experiment of the remote real-time monitor for industrial frequency voltage value ,current value, temperature and humidity of unmanned communication stations , the function of self-organized and self- healing are realized, enhancing the wireless network stability and intelligent.
出处
《电子设计工程》
2012年第23期111-113,116,共4页
Electronic Design Engineering
