CAJ | 학술논문

　　针对河流水质现场分散、地形复杂、监测和管理困难等特点，提出基于3G无线通信技术的水质远程监测系统设计方案。该方案利用3G无线通信技术搭建远程水质监测网络，系统采用分布式结构，每个区域均以ARM核心设计数据采集模块，以3G通信模块传输数据，以智能监控软件实现对现场水质的远程监测，为用户实时连续地监测水质提供了方便。
　　침대하류수질현장분산、지형복잡、감측화관리곤난등특점，제출기우3G무선통신기술적수질원정감측계통설계방안。해방안이용3G무선통신기술탑건원정수질감측망락，계통채용분포식결구，매개구역균이ARM핵심설계수거채집모괴，이3G통신모괴전수수거，이지능감공연건실현대현장수질적원정감측，위용호실시련속지감측수질제공료방편。
This paper introduces a new design method of remote monitoring system for water quality. The system is based on 3G technology and aims at solving the problem of river management sites are remote, scattered and complicated. In this program 3G wireless technology is used to build remote water-quality moni-toring network. This system uses distributed structures. ARM is the core to design 3G Acquisition controller in each region. The data are transmitted to the monitoring center by 3G modules, Re-mote water-quality management will be realized by using intelli-gent monitoring. Many benefits are provided for users such as re-al-time continual of water quality.