电脑知识与技术
電腦知識與技術
전뇌지식여기술
Computer Knowledge and Technology
2015年
22期
154-157
,共4页
水质监控%物联网%Z-Stack协议栈%CC2530
水質鑑控%物聯網%Z-Stack協議棧%CC2530
수질감공%물련망%Z-Stack협의잔%CC2530
Water quality monitoring%IoT%Z-Stack Protocol%CC2530
设计了一种基于ZigBee无线传感器网络的水产养殖水质环境监控系统,主要由协调器模块、终端传感器节点模块、上位机系统和移动应用系统等部分组成.传感器终端节点选用TI公司的CC2530作为主处理器芯片,在Z-Stack协议栈的基础上组建无线监控网络.在上位机及移动终端上实现了水溶氧、水温、pH值等环境状态的监控功能.
設計瞭一種基于ZigBee無線傳感器網絡的水產養殖水質環境鑑控繫統,主要由協調器模塊、終耑傳感器節點模塊、上位機繫統和移動應用繫統等部分組成.傳感器終耑節點選用TI公司的CC2530作為主處理器芯片,在Z-Stack協議棧的基礎上組建無線鑑控網絡.在上位機及移動終耑上實現瞭水溶氧、水溫、pH值等環境狀態的鑑控功能.
설계료일충기우ZigBee무선전감기망락적수산양식수질배경감공계통,주요유협조기모괴、종단전감기절점모괴、상위궤계통화이동응용계통등부분조성.전감기종단절점선용TI공사적CC2530작위주처리기심편,재Z-Stack협의잔적기출상조건무선감공망락.재상위궤급이동종단상실현료수용양、수온、pH치등배경상태적감공공능.
Design a aquaculture water quality monitoring system based on ZigBee wireless sensor network. The system consists mainly by the coordinator module, terminal sensor node module, epigynous machine and mobile application etc. Sensor terminal node chooses CC2530 of TI company as the main processor chips, To set up the Wireless monitoring network based on the Z-Stack protocol stack. The epigynous machine and the mobile terminal has realized the monitoring function that to monitor the water dis?solved oxygen, temperature and pH value.