水环境智慧监测服务系统设计与实现

发布时间：2018-06-12 02:14

本文选题：物联网 + 云数据　；参考：《南京邮电大学》2014年硕士论文

【摘要】：目前，环境保护已经到了刻不容缓的地步。环境污染的监测是环境安全保障的基础，物联网技术的迅速发展为环境监测提供可行性。本文运用物联网技术面向物联网的产业化应用和智慧化服务，以统一的综合信息服务平台和云数据中心建设为基础，以节能环保领域水环境监测服务为实例，构建一个水环境智能环境监测服务系统，研究物联网的关键技术和系统应用。首先，基于物联网通过“泛在网络”实现“泛在服务”的技术思想和应用需求，构建一个可运营、可管理、可控制的综合信息智慧服务平台。本文从系统结构、主要功能、软硬件接口和关键技术等方面，给出了综合信息服务平台的总体设计方案，充分体现“深入感知、广泛互联、高度智能”的物联网应用特点。其次，面向物联网泛在服务所面临的海量多维度大数据存储与处理，构建一个高性能、大容量、安全的云数据中心。本文从系统结构、系统功能以及关键技术等方面阐述云数据中心的设计方案，全面满足大数据的管理、共享、融合处理及应用开发需求。最后，基于综合信息服务平台和云数据中心，以水环境智慧监测服务为例，，实现污染源自动监控、水环境质量监测，构建一个水环境监测服务系统。运用物联网技术，实现监测精细化和分析智能化，在污水处理过程监控、数据综合分析等重点关键领域实现突破，建立一个集水污染源自动监控、污水处理过程监控、水质监测功能于一体的水环境智慧监测服务系统。
[Abstract]:At present, environmental protection has reached the point of urgency. Monitoring of environmental pollution is the basis of environmental safety. The rapid development of Internet of things technology provides feasibility for environmental monitoring. This paper applies the Internet of things technology to the industrialization application and intelligent service of the Internet of things, based on the unified integrated information service platform and the construction of cloud data center, and taking the water environment monitoring service in the field of energy saving and environmental protection as an example. A water environment intelligent environment monitoring service system is constructed, and the key technology and system application of Internet of things are studied. Firstly, based on the technology thought and application requirement of "ubiquitous service" realized by Internet of things through "ubiquitous network", a operable system is constructed. Can manage, can control the integrated information intelligence service platform. In this paper, from the aspects of system structure, main functions, hardware and software interface and key technologies, the overall design scheme of the integrated information service platform is given, which fully reflects the "deep perception, extensive interconnection," and so on. The characteristics of Internet of things applications are highly intelligent. Secondly, the massive multi-dimensional big data storage and processing facing the ubiquitous Internet of things services is the key to building a high performance, large capacity and secure cloud data center. This paper expounds the design scheme of cloud data center from the aspects of system structure, system function and key technology, so as to fully meet the requirements of big data management, sharing, fusion processing and application development. Based on the integrated information service platform and cloud data center, taking the intelligent monitoring service of water environment as an example, the automatic monitoring of pollution sources and the monitoring of water environment quality are realized, and a water environment monitoring service system is constructed. By using the technology of Internet of things, we can realize the monitoring and analysis intelligentized, realize the breakthrough in the key fields such as sewage treatment process monitoring, data comprehensive analysis, etc., establish an automatic monitoring of water collecting pollution source and monitoring of sewage treatment process. Water quality monitoring function in an integrated water environment intelligent monitoring service system.
【学位授予单位】：南京邮电大学
【学位级别】：硕士
【学位授予年份】：2014
【分类号】：X84;TP391.44;TN929.5

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