毕业设计论文写作模板

基于B/S 结构的乒乓球器材性能仿真系统

摘要

乒乓球运动是一项十分技能化的体育运动，在这项运动中，乒乓球拍起着非常重要的作用。不同类型的球拍会形成不同类型的打法：

正胶海绵拍造就了近台快攻类型的打法；反胶海绵拍造就了快速弧圈攻击类型的打法。因此，乒平。

关键词：乒乓球拍性能，数据库，仿真

Simulation of the Table Tennis Racket

Performance System

sport that much skill is needed. In this sport, the table tennis racket is very important to the player and it is familiar to the table tennis player that one type racket fits for one playing style, for example, the racket with observe rubber fits for close-table fast attack playing style, but the racket with anti-observe rubber fits for loop combination of fast-break playing style. So the player always wishes to get a racket with good performance so that they can play better.

Keywords: Table Tennis Racket Performance ，Database ，Simulation

目录

1

1.1乒乓球拍性能对比赛的影响 ..................................................................... 1 1.2乒乓球拍性能评价方法的研究现状 ......................................................... 1 1.3本文采用的技术和方法 ............................................................................. 1 1.4本文的组织结构 ......................................................................................... 1 2基础知识 . (1)

2.1与问题相关的基本概念 ............................................................................. 2 2.1.1 乒乓球拍性能评价模型 ..................................................................... 2 2.1.2计算机仿真 .......................................................................................... 2 2.1.3 Tomcat 服务器 ..................................................................................... 2 2.1.4 JDK 简介 .............................................................................................. 2 3系统的分析与设计 (3)

3.1系统分析 ..................................................................................................... 3 3.1.1系统需求分析 ...................................................................................... 3 3.2系统设计 ..................................................................................................... 3 3.2.1系统数据库设计 .................................................................................. 3 4 系统的实现 ........................................................................................................... 5 5 系统测试 ............................................................................................................... 6 结论 ........................................................................................................................... 7 致谢 ........................................................................................................................... 8 参考文献 ................................................................................................................... 9 外文资料翻译 ......................................................................................................... 10 译文 . (10)