南通职业大学学报
南通職業大學學報
남통직업대학학보
Journal of Nantong Vocational University
2015年
3期
97-101
,共5页
ZigBee%水位测量%无线传感技术
ZigBee%水位測量%無線傳感技術
ZigBee%수위측량%무선전감기술
ZigBee%water level measurement%wireless sensor technology
根据康扬水电站计算机监控系统中水情测报分系统的需要,提出了一种基于ZigBee无线传感技术的水位测量系统方案。给出了测量系统的系统构架和功能分析,并针对传感器节点和协调器节点进行了硬件方案设计;介绍了网络节点中LPC2210与MC13192模块之间SPI通讯的实现过程;借助MCGS的驱动开发接口函数,设计了串口设备驱动程序。
根據康颺水電站計算機鑑控繫統中水情測報分繫統的需要,提齣瞭一種基于ZigBee無線傳感技術的水位測量繫統方案。給齣瞭測量繫統的繫統構架和功能分析,併針對傳感器節點和協調器節點進行瞭硬件方案設計;介紹瞭網絡節點中LPC2210與MC13192模塊之間SPI通訊的實現過程;藉助MCGS的驅動開髮接口函數,設計瞭串口設備驅動程序。
근거강양수전참계산궤감공계통중수정측보분계통적수요,제출료일충기우ZigBee무선전감기술적수위측량계통방안。급출료측량계통적계통구가화공능분석,병침대전감기절점화협조기절점진행료경건방안설계;개소료망락절점중LPC2210여MC13192모괴지간SPI통신적실현과정;차조MCGS적구동개발접구함수,설계료천구설비구동정서。
According to the requirement of the computer monitoring system in Kangyang Hydropower Station, this paper proposes water level measurement system solutions based on ZIGBEE wireless sensor technology. Firstly, it analyzes and designs the hardware for system architecture and functionality of the measurement system aiming at the sensor nodes and the coordinator node; then, it introduces SPI communication between network nodes to achieve LPC2210 and MC13192 module processes; and finally with the help of MCGS, it develops the interface functions and designs serial device drivers.