基于物联网的环境监控系统设计与实现
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摘要
物联网作为互联网之后的信息技术革命,可全面应用于环境监测工作。笔者提出了一种三级物联网精细化环境监控系统整体架构。该架构体系实现了当前各种物联网应用系统现场设备感知数据的充分利用,可利用中间件获取有效信息,在分布式数据库中进行存储,并对外提供统一的服务接口。笔者着重介绍了为验证体系结构可行性而制作的原型系统,主要分析了串行网络转换为IP网络和基于WCF数据操作服务的两项关键技术。
The Internet of things, as the information technology revolution after the Internet, can be applied to environmental monitoring in an all-round way. In this paper, a three-level fine environmental monitoring system architecture of the Internet of things is proposed. This architecture makes full use of the field device-aware data of various Internet of things application systems. It can use middleware to obtain effective information, store it in distributed database and provide a unified service interface to the outside world.The author mainly introduces the prototype system which is made to verify the feasibility of the architecture, and mainly analyses two key technologies of converting serial network into IP network and data operation service based on WCF.
The Internet of things, as the information technology revolution after the Internet, can be applied to environmental monitoring in an all-round way. In this paper, a three-level fine environmental monitoring system architecture of the Internet of things is proposed. This architecture makes full use of the field device-aware data of various Internet of things application systems. It can use middleware to obtain effective information, store it in distributed database and provide a unified service interface to the outside world.The author mainly introduces the prototype system which is made to verify the feasibility of the architecture, and mainly analyses two key technologies of converting serial network into IP network and data operation service based on WCF.
引文
[1]马卫.基于物联网技术的环境监测应用研究[J].计算机光盘软件与应用,2013(3):33-34.
[2]焦俊,操俊,潘中,等.基于物联网的农田环境在线监测系统[J].农业工程,2014,4(6):18-23.
[2]焦俊,操俊,潘中,等.基于物联网的农田环境在线监测系统[J].农业工程,2014,4(6):18-23.