CAJ | 학술논문

使用传统的有线水质监测系统进行水环境污染检测时，存在监测点数量多、监测时间长等问题。为此，提出一种基于无线传感器网络的水质监测系统。通过无线传感器节点对被监测水域进行水质参数的数据采集，将采集到的数据经过 Zigbee 网络进行汇总及处理，并经过 GPRS 网络及时地远程传送给监管部门，从而实现对河流水质情况的实时、有效的监督和管理。对水质监测系统的软硬件电路设计进行介绍，并实现对系统的软硬件连调。实验结果证明，该系统能够满足组网要求，可较好地应用于水质监测领域。
사용전통적유선수질감측계통진행수배경오염검측시，존재감측점수량다、감측시간장등문제。위차，제출일충기우무선전감기망락적수질감측계통。통과무선전감기절점대피감측수역진행수질삼수적수거채집，장채집도적수거경과 Zigbee 망락진행회총급처리，병경과 GPRS 망락급시지원정전송급감관부문，종이실현대하류수질정황적실시、유효적감독화관리。대수질감측계통적연경건전로설계진행개소，병실현대계통적연경건련조。실험결과증명，해계통능구만족조망요구，가교호지응용우수질감측영역。
Aiming at the problems of the increasingly serious environmental pollution and the limitations of the traditional wired monitoring water quality, this paper proposes a water quality monitoring system based on Wireless Sensor Network(WSN), including the design of wireless sensor node, the data acquisition of the monitoring water quality parameters through the wireless sensor nodes, and the data are collected through Zigbee network for collection and processing, and through the General Packet Radio Service(GPRS) network, they are promptly transmitted to the remote supervision departments, so as to realize the real-time, effective supervision and management on river water quality situation. The hardware and software circuit design of the system is introduced in detail, and the system is debugged. Experimental results show that the design system can be well applied to water quality monitoring.