J2EE高考平行志愿模型及录取机理研究
时间:2018-03-28 17:10 来源:毕业论文 作者:毕业论文 点击:次
摘要高考录取机制是教育界广泛讨论的一个话题,它的主要特征是以统一的高考成绩为录取标准,根据学生的志愿填报来决定学生和学校之间的匹配。本文详细剖析高考平行志愿的录取机理,了解其优缺点,并研究相关的数学模型,将其应用到计算机系统的设计。 通过计算机实现对考生的志愿录取是信息时代的一大进步,计算机的精确和高效是以往方式无法比拟的。本毕业论文主要是在基于J2EE架构的基础上,使用MyEclipse作为开发工具,设计了一个模拟高考录取的系统,用本学院2012级的分专业数据,对录取进行模拟。本系统主要分管理员和学生两大模块,管理员实现对学生和学校信息的录入、查看和删除,并录取学生。学生模块实现对自己志愿的填写,密码修改和查看自己的录取情况。20327 关键词 高考 录取机制 J2EE 毕业设计说明书(论文)外文摘要 Title An Analysis of the Parallel Preference in College Entrance Examination Model and Enrolment Mechanism Abstract College admission mechanism is widely discussed in the educational circle。One of the Major characteristics is that it comes with unified score in the college entrance examination as standard and the match between students and schools is based on student's aspiration. The essay minutely analyze the admission mechanism of Parallel Preference, discuss its advantages and disadvantages, study the relevant mathematical model and apply it to the design of the computer system. Using computers to enroll student is a technology progress in information age which is more accurate and efficient than before。The essay mainly described that on the basis of based on J2EE architecture, using MyEclipse as development tool, designing a simulation of the admission, using the data of the 2012 class, simulating the admission. This system mainly pides into the administrators module and the student module. In the administrators module, administrators input, look over or delete the data of schools and students and enroll the students. In the student module, students write down the choice, modify the password and learn admission status. Keywords college entrance examination enrolment mechanism J2EE 目 次 1 绪论 1 1.1 研究背景 1 1.2 研究的意义和目的 1 1.3 论文的主要工作 2 1.4 论文的组织结构 2 2 相关知识 3 2.1 开发平台 3 2.1.1 MyEclipse 3 2.1.2 Tomcat 3 2.1.3 JDK 3 2.1.4 MySql 3 2.2 主要技术 4 2.2.1 jsp 4 2.2.2 MVC模型 4 2.2.3 Hibernate 4 2.2.4 Jxl 4 3 理论分析 5 3.1 平行志愿录取机理 5 3.1.1 平行志愿录取机制的介绍 5 3.1.2 “平行志愿”与“志愿优先”的比较 5 3.1.3 “平行志愿”的优势和缺点 6 3.2 平行志愿数学模型 8 4 设计与实现 12 4.1 总体设计 12 4.1.1 系统简要说明 12 4.1.2 系统总体功能模块 12 (责任编辑:qin) |