摘要
比较了Zigbee通信技术与其它无线通信技术的优缺点,利用IEEE802.15.4技术标准的Zigbee2007协议组建一个无线传感网络。系统以TI公司的Zigbee2007协议栈为基础设计外围电路,采用E-201-C可充式复合p H电极和DS18B20温度传感器来模拟海洋水环境监测参数采集传感器,数据发送到以CC2530作为核心的通信模块。经过在空旷地带测试,带功放的模块之间数据传输距离为300米左右,实现了多个路由器模块之间的多级路由数据跳转,以及用协调器控制整个网路的数据采集与传输。
The paper compares the advantages and disadvantages of Zigbee communication technology with other wireless communication technology,using IEEE802. 15. 4 technology of the standard Zigbee2007 protocol consists of a wireless sensor network. System take Zigbee2007 protocol stack of TI company as basic to design peripheral circuit,and using E-201-C rechargeable composite p H electrode and temperature sensor DS18B20 to simulate the ocean water environment monitoring parameters acquisition sensor,data is sent to the CC2530,which is the core of communication module. After testing in open spaces between modules with power amplifier,the data transmission distance is 300 meters,achieved multiple routing data jump between multiple router module,and using coordinator to control the whole network＇s data acquisition and transmission.
出处
《实验室科学》
2016年第1期68-72,共5页
Laboratory Science
基金
天津市自然科学基金三亚市科信局院地合作项目"基于Zigbee无线传感网的海洋水环境监测系统方案研究"(项目编号:2012YD49)
