摘 要:在这个Internet高度发达、高速流通的时代,互联网已经日渐成为人们快速获取、及时发布和相互传递信息的重要渠道,本设计主要建立一个基于MOOCs的高中物理课程教学网站,允许学生根据自身能力的需要,选择他们自己的知识获取方式,课程学习速度,MOOC网站与传统的教学网站不同,我所呈现的内容必须要让学生用更少的时间学到更多的知识,在教学网站的建设中要还必须体现出现代教育的思想。在进行网站设计之前首先对物理教学网站做了详细的需求分析;然后总结出了该网站所需的功能,重点研究了该网站的设计方案;最后对该网站的版面进行了较详细的规划设计,并给出了具体实现的步骤;通过一系列测试分析,该网站可以稳定运行,并且具有一定的实用价值。网站的设计中主要使用到了struts技术和AJAX技术,数据库的选择是Microsoft SQL Server 2008。68886
毕业论文关键词: 高中物理;教学网站;视频展示;在线交流
The Design and Implementation of High School Physics Curriculum Teaching Website Based on MOOCs
Abstract: In the Internet is highly developed and the circulation time, the Internet has increasingly become the people fast to gain, the timely release and an important channel for mutual transmission of information, this design is mainly built a MOOCS high school physics curriculum teaching website based on to allow students according to their ability, choose their own knowledge acquisition mode, curriculum learning speed, MOOC sites and traditional teaching website is different, I presented a must to make students learn more knowledge with less time, in the construction of the teaching website to also must embody the idea of modern education. Before carries on the website design first to physics teaching websites do the detailed needs analysis; then summarizes the functions required for the site, focusing on the design of the site. Finally on the layout of the site of detailed planning and design, and gives the specific implementation steps; through a series of tests analysis, the site can be stable operation, and has certain practical value. In the design of the site, mainly by the use of struts technology and AJAX technology, the database is Microsoft SQL Server 2008 selection.
Keywords: High school physics; educational web; video display; Online communication
目 录
第1章 绪论 1
1.1 关于MOOC 1
1.2 开发背景 1
1.2.1 国外背景 1
1.2.2 国内背景 1
1.3 项目简介 1
1.3.1 研究目的 1
1.3.2 研究意义 1
1.4 研究内容及设计思想 2
1.4.1 研究内容 2
1.4.2 主要贡献 2
第2章 网站设计分析 3
2.1 需求分析 3
2.2 系统的开发环境 3
2.2.1 硬件环境 3
2.2.2 软件环境 3
2.3 本章小结 3
第3章 网站的模块与数据库设计 4
3.1 指导思想 4
3.2 相关技术 4
3.3 功能模块的划分 5