摘要：在现在的社会上，随着全民体育的推广，老百姓们参加体育活动的热情越来越高涨，而各级运动会的举办频率也越发的频繁起来，参与群众的身体素养也在逐渐地提升。运动会的开展，从传统的组织形式上来讲，离不开主办方以及组织人员，而运动员的报名，运动项目的筹划，比赛场地的租借，排名成绩的录入都是由组织人员安排一定量的人手进行统计的，这里的量与运动会的举办规模成正相关。这种模式带来的管理事务就会变得愈加的消耗时间和精力而且无法避免人工失误。采用学校田径运动会管理系统对运动会的相关事务进行管理，对比赛成绩进行登记，不仅仅提供了一种减少人力资源消耗的方式，而且通过这种通过鼠标和键盘就能进行录入的方式可以将原本复杂重复的数据记录工作变得通俗简单，一方面可以确保运动会流程的顺利开展，一方面可以对数据进行纠错。学校田径运动会系统运用了数据库进行管理，不仅仅能够录入运动员的报名登记，对比赛成绩进行排名，统计比赛结果，还能对已经记录了的信息进行查询和修改。本系统利用C#语言并且使用数据库关系来对数据库的结构进行设计。合理使用运动会管理系统不仅能够节省人力资源的开支，还可以节约时间，合理安排运动会进程。82306

毕业论文关键词：学校田径运动会管理系统;数据库;C#;C/S架构

School track and field games management system

Abstract:  In today's society, sports have become more and more popular, and people who participate in sports meet more and more, and their quality is gradually improved。 The traditional games are generally based on manpower based organization, athletes registration, event arrangements, venue arrangements and performance records from the manual operation of all, the more people participate in the games, the larger the mode of the management work will become more time-consuming and error prone。 The school athletics management system for the organizers to provide a convenient way to organize the games, the school athletics management system is a man-machine interactive system, through simple keyboard and mouse operation to complete the record industry a lot of tedious work, ensure the normal flow of games。 The school track and field games system is a typical database application system, which can complete the processing function of athletes registration, competition performance processing, achievement statistics and information inquiry in track and field games。 The system uses C# language, and according to the theory of relational database design and design of database structure。 Using this system can greatly reduce the amount of labor of the staff, and at the same time can greatly improve efficiency, reliability and accuracy。。

Keywords: School track and field games management system;C#; DATA BASE;C/S

目录

1 引言 1

1。1 课题研究背景 1

1。2 课题研究意义 1

1。3 课题研究框架 2

1。4 开发及运行环境 2

2 需求分析 5

2。1 系统可行性分析 5

2。2 需求分析 6

3 系统概要设计