基于HTML5的移动查房系统研究与实现
本课题介绍基于HTML5技术构建的信息系统，首先研究了HTML5、Sencha、MVC框架等相关技术。尤其是对MVC框架以及B/S架构进行了深入的研究，结合医生查房中可能出现的需求，设计并实现了一个简单的基于.HTML5的移动查房系统。8736
本论文主要工作与成果有：
(1) 在ORACLE中设计了若干表，用来存放医嘱信息等;
(2) 设计实现了一个简单的移动查房系统;
(3) 使用Sencha Touch，美化了界面，提供了大量的触摸事件，大大提高用户体验;
(4) 使用MVC的框架，使得程序有耦合性低、重用性高。
关键词：HTML5 ； 信息系统 ； 跨平台 ；MVC ；
Research and Realization of Information Systems Based on HTML5 Technology
Abstract:With the continuous progress of science and technology, especially smart platform share more and more, as well as the popularity of mobile networks, multi-platform compatible information management systems more and more attention. And because of its cross-platform HTML5 features in the mobile device for creating cross-platform applications play an increasingly important role.
This topic introduces HTML5-based technology to build the information system, first studied HTML5, Sencha, MVC framework and other related technologies. Especially the MVC framework and B / S structure conducted in-depth research, combined with medical needs that may arise rounds, designed and implemented based on a simple. HTML5 mobile rounds system.
Work and achievements of this thesis are:
（1）In ORACLE designed a number of tables used to store prescription information.
（2）Design and Implementation of a simple mobile rounds systems
（3）Using Sencha Touch, beautify the interface, providing a large number of touch events, greatly improving the user experience.
（4）Using the MVC framework, making procedures have low coupling, high reusability.
Keywords: HTML5; Information Systems; cross-platform; MVC;
目录
摘要 ii
Abstract ii
目录 iv
1 绪论 1
1.1 研究背景 1
1.2 国内外研究现状与水平 1
1.3 发展趋势 1
1.4 论文的研究思路与论文结构 2
1.5 本章小结 2
2 技术背景 3
2.1 SENCHA TOUCH的简介 3
2.2 SENCHA TOUCH的特性 3
2.3 SENCHA TOUCH的组成 4
2.3.1 ExtJS 4
2.3.2 jQTouch 4
2.3.3 Raphael 4
2.4 SENCHA TOUCH的优点 4
2.5 HTML5简介 5
2.6 HTML5的沿革 6
2.7 MVC框架 7
2.7.1 MVC 简介 7
2.7.2 架构内容 7
2.7.3 优点 8
2.7.4 缺点 9
2.7.5 框架模式和设计模式的区别 10
2.8 本章小结 10
3 基于HTML5移动医生查房需求分析 11
3.1 移动医生查房系统的背景 11
3.2 编写目的 11
3.3 移动查房系统功能需求分析 11
3.3.1 数据同步 12
3.3.2 病人信息存储 12
3.3.3 病人信息检索 12
3.4 本章小结 12
4 系统设计 13