摘要学生综合测评管理是高校每学年一度的工作，具有维持测评过程公平公正、评测数据量庞大、设计方面广等特性，现如今普遍采用的方法是于次学期集中人员进行人工收集和计算，不能保证获得的数据的准确性和安全性，还大量的浪费了人力和物力，降低了测评的效率。随着信息技术的日新月异的发展，传统模式必将遭到淘汰，信息化的管理将成为主流。而随着智能手机的普及，实现移动端的大学生综合素质测评助手能极大提高学校管理效率，节约管理成本。本次设计采用基于HTML5技术的AppCan平台，使用Hybrid混合应用模式能够开发运行于安卓系统的app。数据库采用基于MySQL依托百度应用引擎的云数据库功能，通过PHP与BAE进行连接，获取百度提供的百度云数据库服务，从而依靠现如今发达的4G网络完成用户通过移动端与数据库的及时交互。74035

该论文有图19幅，表13个，参考文献20篇。

毕业论文关键词：高校  综合素质  测评助手 

The Design and Implementation of the Student's Comprehensive Evaluation Assistant

Abstract The management of students’ comprehensive evaluation is the work of the university every year。It’s evaluation process has maintained fair process, large amount of data evaluation, involving wide and other characteristics。The method is used tody is to collect and caulate data by focused personnel artificially, which cannot guarantee the accuracy and security of data,。This also waste a lot of human and material resources, reduces the efficiency of testing。With the rapid development of information technology, the traditional model will have been eliminated, the informationization of management will become the mainstream。And with the popularity of smart phones, mobile end college students comprehensive quality evaluation assistant can greatly improve the efficiency of school management, reducing the cost of management。 The design uses a AppCan platform based on HTML5, using Hybrid mixed mode to develop app which runs on Android。Database which was used is cloud database which is based on MySQL and is supported by Baidu app engine and get connection through PHP and BAE, gets the cloud database service which Baidu provides, which relied on now-developed 4G network users through mobile and database interaction。

This thesis has 19 figures, 13tables, 20 references。

Key Words:  universities  Comprehensive quality  Evaluation assistant

目  录

摘要 I

Abstract II

目录 III

图清单。。 IV

表清单。。 。V

1 绪论 5

1。1 课题背景 1

1。2 目的和意义 1

1。3 开发工具及技术 1

2 可行性分析 4

2。1运行分析 4

2。2 技术分析 4

2。3 经济分析 4

2。4 软件适用范围分析 4

2。5 分析报告 4

3 需求分析 6

3。1 需求分析 6

3。2 相关实体图及E-R图 7

4 系统分析与设计 10

4。1 数据库的设计思想 10

4。2 数据库的连接原理