摘要
河道通过水闸而形成类似于内湖等的闸控河道,为了充分发挥水闸和河道的运行效益,同时利用闸门调度控制该河道水位水质的变化,实现水环境的优化,设计一种基于物联网的水环境监测系统。系统由水环境监测子系统、闸门调度子系统、系统管理平台和支撑层组成。采取定时轮循检测,并将所得数据导入数据中心。闸门调度系统从数据中心导出数据,通过计算得到调度方案。
The river channel formed by the sluice is similar to the inner lake. In order to give full play to the utilization efficiency of sluice and river, using the gate to control the change of water level and water quality of the river at the same time, so as to optimize the water environment, water environment monitoring system based on Internet of things is designed. The system is composed of water environment monitoring subsystem, gate scheduling subsystem, system management platform and support layer. It adopts the time polling to detect the data and import the data into the data center. The gate dispatching system derives the data from the data center, and uses the algorithm model to calculate it, obtains the scheduling scheme.
作者
杨明霞
寿颖杰
汪小东
林建栋
YANG Mingxia;SHOU Yingjie;WANG Xiaodong;LIN Jiandong(College of Electrical and Information Engineering,Quzhou University,Quzhou 32 000,China;ZheJiang Jiuzhou Water-Control Technology Co.,Ltd.,Quzhou 32 000,China)
出处
《水利信息化》
2019年第1期37-40,共4页
Water Resources Informatization
基金
浙江省自然科学基金(LQ17F030005)
浙江省教育厅教改项目(JG20180310)
国家级大学生创新创业训练计划项目(201811488016)
衢州市科技计划项目(2016Y001)
衢州学院师资队伍建设基金(XNZQN201308)
关键词
水环境监测
闸门调度
闸控河道
water environment monitoring
gate dispatching
river channel by sluice
