基于PaaS云平臺及3G通信技術的移動智能醫療云平臺(碩士)

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基于PaaS云平臺及3G通信技術的移動智能醫療云平臺(碩士)(論文23000字)
摘要
在傳統的醫療護理過程中,不少醫療機構病人就診手續繁瑣、效率較低,由于技術和客觀條件的限制,醫療機構長期以來采取各種手段并沒能有效地簡化就診手續、提升效率并減少醫療差錯的發生。而且往往因為醫療差錯導致醫療機構的聲望造成了惡劣的影響,還給患者帶來不可彌補的損失,同時也造成了巨大的經濟損失。
為簡化病人的繁瑣就診手續,提高醫療服務的質量、效率,降低醫療成本,以實現衛生信息共享和業務協同為核心的衛生信息化建設成為了當前的熱點。本文旨在設計一個基于移動通信公司現有云服務平臺項目,通過PaaS(平臺即服務)模式構建醫療信息共享智能醫療云平臺,將當前熱門的3G移動通信技術、云計算技術、物聯網技術應用于醫療領域,借助云服務平臺打造一個醫療信息實時共享服務,實現患者與醫務人員、醫療機構之間的互動,使大量的醫療監護工作實現網絡化、無線化的應用,實現醫療信息的共享平臺。
本文首先研究和分析云計算的模式和技術框架,進而結合醫療信息服務的應用和技術需求,設計了醫療信息共享智能醫療云平臺的邏輯組成及其結構關系,提出基于PaaS云平臺及3G通信技術的移動智能醫療云平臺的體系結構。將現有的異地異構的衛生信息資源進行有機集成,分析和設計負責數據通信的醫療信息服務總線以及集成服務組件的構成,提出資源集成引擎的設計方案,并進行了云計算存儲技術的研究和設計。最后,給出了基于PaaS云平臺及3G通信技術的移動智能醫療云平臺的實現及運行結果。

關鍵詞:云平臺;移動智能醫療;3G;健康服務
 
Abstract
In the traditional process of medical care, many medical institutions, patient treatment procedures cumbersome, less efficient, due to the limitations of the technology and objective conditions, medical institutions have long taken a variety of means did not effectively simplify treatment procedures, improve efficiency and reducethe occurrence of medical errors. And often lead to the prestige of the medical institutions because of medical errors caused bad influence, returned to the patient irreparable loss, but also caused huge economic losses.
Tedious treatment procedures to simplify the patient's medical services to improve the quality, efficiency, and reduce health care costs, and to achieve health information sharing and business collaboration as the core health information technology has become the current hot spots. This article aims to design a mobile communications company based on existing cloud services platform project, to build a medical information sharing smart medical Cloud platform PaaS (Platform as a Service) mode, the current popular 3G mobile communication technologies, cloud computing technology, the Internet of Things technology applications with cloud services platform in the medical field, to create a real-time sharing of medical information services, interactions between patients and medical personnel, medical institutions, medical care network, wireless applications, medical information sharing platform .
Firstly, research and analysis of the cloud computing model and technical framework, and then combined with the application of medical information services and technology needs, the design of medical information shared of intelligent medical Cloud platform logic composition and structural relationships proposed based PaaS cloud platform and 3G communication technology the of mobile intelligent medical cloud platform architecture. Organic integration of the existing off-site heterogeneous health information resources, responsible for the analysis and design of data communication of health information services bus and integrated service components constitute proposed integrated resource engine design, and cloud computing storage technology research and design. Finally, PaaS cloud platform and 3G communication technology, mobile smart medical cloud platform-based implementation and operation results.

Keywords: cloud platform; mobile intelligent medical; 3G; health services
 
                                 目 錄
第一章:序論    - 5 -
1.1課題研究背景與意義    - 5 -
1.2國內外研究現狀    - 6 -
1.2.1國外發展現狀    - 6 -
1.2.2國內發展現狀    - 7 -
1.3 課題研究內容和目標    - 8 -
第二章 移動智能醫療云平臺的需求分析    - 9 -
2.1 用戶分析    - 9 -
2.2 功能需求    - 10 -
2.2.1 電子病歷    - 10 -
2.2.2服務管理    - 10 -
2.2.3醫療信息    - 11 -
2.2.4醫療協同    - 12 -
2.2.5醫療保險查詢    - 12 -
2.3 技術需求    - 12 -
2.3.1 角色與安全    - 12 -
2.3.2 數據集成    - 13 -
2.3.3 應用集成    - 13 -
2.3.4 數據存儲    - 13 -
2.3.5 移動交互    - 14 -
2.4 本章小結    - 14 -
第三章 醫療信息云服務的體系結構設計    - 15 -
3.1醫療信息服務的云計算框架    - 15 -
3.2 體系結構的分析與設計    - 16 -
3.3 分布式信息資源集成引擎    - 17 -
3.4 本章小結    - 18 -
第四章 資源集成引擎的研究與設計    - 19 -
4.1 醫療信息服務總線    - 19 -
4.2 資源集成引擎的設計    - 20 -
4.3 本章小結    - 22 -
第五章 移動智能醫療云平臺門戶的實現    - 24 -
5.1 門戶基本服務的實現    - 24 -
5.1.1 用戶管理    - 24 -
5.1.2 資源節點管理    - 25 -
5.1.3 系統管理    - 25 -
5.2 智能醫療云平臺門戶的實現    - 25 -
5.2.1 公眾門戶    - 26 -
5.2.2 醫務人員門戶    - 27 -
5.3 云平臺的WAP模型架構    - 28 -
5.4 本章小結    - 29 -
結論及展望    - 30 -

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