基于无线传感网的湖泊水文水质监测系统及监测方法技术方案

本发明专利技术公开了一种基于无线传感网的湖泊水文水质监测系统及监测方法，该系统包括无线传感信息采集模块，基站，监控系统；所述无线传感信息采集模块包括分布于湖面的基本采集单元，用以采集湖泊水文水质信息；所述基站用以接收所述无线传感信息采集模块采集到的湖泊水文水质信息，并通过公共通信网络传给一监控系统；所述监控系统用以获取和处理基站传来的湖泊水文水质信息。本发明专利技术克服了传统水文水质监测技术中的单点通信、过于依赖陆地通信系统、信号收集不足的缺陷，成功地解决了在节点野外无人值守工作的电源能量有限、通信能力有限、计算和存储能力有限的情境下大规模动态自组织成网的难题，实现了对湖泊水文水质大面积监测，实时监控的功能。

Monitoring system and monitoring method of Lake hydrology and water quality based on Wireless Sensor Network

The invention discloses a lake hydrology and water quality monitoring system of wireless sensor network and monitoring method based on the system, including wireless sensor information collection module, base station monitoring system; the wireless sensor information acquisition module includes basic acquisition unit distribution in the lake, in order to collect the information of hydrology and water quality of lakes; the base station to the lake hydrology and water quality information receiving the wireless sensor information collecting module, and a monitoring system to pass through a public communication network; to acquire and handle the lake hydrology and water quality information of the base station to use the monitoring system. The invention overcomes the single point of communication, is too dependent on the terrestrial communication system, signal collection deficiencies of traditional water quality monitoring technology in hydrology, successfully solved in the power field unattended work limited energy, limited communication capability and limited computing and storage capacity under the situation of large scale dynamic self-organizing network problem, realize the lake hydrology and water quality of large area monitoring, real-time monitoring functions.

【技术实现步骤摘要】

【技术保护点】
一种基于无线传感网的湖泊水文水质监测系统，其特征在于，所述监测系统包括：　　　　无线传感信息采集模块，包括分布于湖面的基本采集单元，用以采集湖泊水文水质信息；　　　　基站，用以接收无线传感信息采集模块采集到的湖泊水文水质信息，并通过公共通信网络传给一监控系统；　　　　　监控系统，用以获取和处理基站传来的湖泊水文水质信息数据。

【技术特征摘要】

【专利技术属性】
技术研发人员：巩思亮，周璐巍，鲍星合，赵康，王营冠，张唯易，
申请(专利权)人：中国科学院上海微系统与信息技术研究所，
类型：发明
国别省市：31[中国|上海]