基于ZigBee的多传感器物联网无线监测系统

针对无线传感器网络在物联网无线监测中的应用，基于ZigBee技术组建树形无线网络，以SoC芯片CC2530为核心设计模块化无线节点硬件，集成了含温湿度和振动量等的多传感器模块，基于Z—stack协议栈完成了多传感器有限状态机程序和低功耗节点程序，并改进了协议栈对链路失效的管理机制。通过大量实验获取统计数据，无线节点点对点传输速率典型值为20kb／s，多跳传输典型值为0．3kb／s，系统具有较强的扩展性，能够较好地满足智能家居和安防监测等物联网应用。...

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Bibliographic Details
Published in电子技术应用 Vol. 39; no. 3; pp. 96 - 99
Main Author 石繁荣 黄玉清 任珍文
Format Journal Article
LanguageChinese
Published 西南科技大学信息工程学院,四川绵阳,621010 2013
Subjects
CC2530
ZigBee
低功耗
多传感器
无线监测
物联网
无线监测
ZigBee
低功耗
多传感器
物联网
CC2530
Online AccessGet full text
ISSN0258-7998

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Summary:针对无线传感器网络在物联网无线监测中的应用，基于ZigBee技术组建树形无线网络，以SoC芯片CC2530为核心设计模块化无线节点硬件，集成了含温湿度和振动量等的多传感器模块，基于Z—stack协议栈完成了多传感器有限状态机程序和低功耗节点程序，并改进了协议栈对链路失效的管理机制。通过大量实验获取统计数据，无线节点点对点传输速率典型值为20kb／s，多跳传输典型值为0．3kb／s，系统具有较强的扩展性，能够较好地满足智能家居和安防监测等物联网应用。
Bibliography:Internet of Things ; muhi-sensor; ZigBee ; CC2530 ; low power consumption ; wireless monitor
According to the application of WSN in Internet of Things wireless monitor, The system based ZigBee to build tree wireless network, designed modular wireless node hardware use SoC chip CC2530 as core unit, integrated multi-sensor module include temperature and humidity and vibration quantity etc, based on Z-stack designed multi-sensor finite-state machine software and low power consumption node software, and improved the link failure management mechanism of stack. With the large experiment data, proving that the typical transmission rate of single hop is 20 kb/s, the typical transmission rate of multi-hop is 0.3kb/s, and the system has strong expansibility, could well satisfy application of the internet of things such as intelligent household and security monitoring o
Shi Fanrong, Huang Yuqing, Ren Zhenwen （School of Information Engineering, Southwest University of Science and Technology, Mianyang 621010, China）
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ISSN:0258-7998