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基于BasicRF的Zigbee无线透传模块设计
引用本文:李华嵩,姜先威.基于BasicRF的Zigbee无线透传模块设计[J].通信技术,2013(11):108-111.
作者姓名:李华嵩  姜先威
作者单位:五邑大学信息工程学院,广东江门529020
基金项目:广东省自然科学基金(No.S2011040005275);IPv6下电力异构网络物联接入的自治融合及数据云解析
摘    要:结合Zigbee无线传输的优势,利用BasicRF技术来解决有线控制系统向无线监控转换的问题。针对各种数据接口的不同协议传输之间要求不同的问题,以CC2530为核心设计了一个可以兼容多种有线协议数据的无线数据透传模块,实现数据的无线收发。利用BasicRF协议封装有线协议并避免了繁复的无线开发工作,在无线透明传输中只需要做好节点与Zigbee设备的连接而无需关心无线网络传输部分,为传统的有线控制系统提供物联接入的接口方案。

关 键 词:Zigbee  BasicRF  ModBus协议CC2530

Design of Zigbee Wireless Transmission Module based on BasicRF Technology
LI Hua-song,JIANG Xian-wei.Design of Zigbee Wireless Transmission Module based on BasicRF Technology[J].Communications Technology,2013(11):108-111.
Authors:LI Hua-song  JIANG Xian-wei
Affiliation:(Information Engineering School of Wuyi University, Jiangmen Guangdong 529020, China)
Abstract:Combined with the advantages of Zigbee wireless technology, the BasicRF technology is tried to solve the supervision problem in the transform of wire-control system to wireless communication. Aiming at different requirements of different-protocol transmission, the wireless transparent communication module based on CC2530 is designed, thus to realize wireless transmission with multi-protocol compatibility in the control system. With wire-protocol package in BasicRF, the complicate design in wireless communication could be avoided. During wireless transmission, the control system is only required to connect the net node and Zigbee module while the user is unnecessary to focus on the wireless transmission work. This could provide a interface solution of IOT for traditional control system.
Keywords:Zigbee  BasicRF  ModBus protocol  CC2530
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