篮球专项自动测试系统的研究与开发
详细信息    本馆镜像全文|  推荐本文 |  |   获取CNKI官网全文
摘要
目前,计算机技术正在飞速发展,基于PC机的测试系统正向着高速、高效、智能化、多功能化、多样化发展。因此,如何将以PC机为核心的自动测试系统运用到体育测试中,充分利用其准确、高速、高效、便于加密和存储及强大的数据处理能力等特点,研制体育自动测试系统,成为摆在我们面前的一个需要深入探讨和解决的重大课题。
     在高等院校体育专业招生考试中,篮球专项技术测试包括助跑摸高测试、往返运球测试、一分钟三点投篮测试及综合技术测试等,测试的准确性是保证考试科学、公平、公正顺利进行的基础,而目前国内大部分省市都采用人工测量,要求多名考评员目测成绩,人工计时、计数,人工记录成绩。这样不仅耗费大量人力、物力,而且测试速度慢,人为因素较多,易产生不公平现象;另外,体育高考持续时间长,考评员注意力高度集中,因而比较紧张,容易产生疲劳,人工测试出现疏漏是不可避免的。因此,针对这种状况,开发基于PC机的篮球专项自动测试系统是非常必要的。该系统能使测试工作快速、方便、准确的得以实现,提高了体育考试的科学性、准确性、公开性,杜绝了人工计时、报数和记录成绩产生的错误,提高了测试效率,减轻了考评员的劳动强度,有效地防止了考试舞弊现象。因此,在导师的指导下,结合篮球专项测试的要求,我们研制开发了篮球专项自动测试系统。
     本系统由微电脑摸高测试仪、微电脑投球计数器和微电脑运球计时器及计算机摸高、投球、运球成绩记录软件和计算机局域网组成,采用了客户机/服务器计算模式,选用Windows NT Server 4.0作为服务器端的操作系统,Microsoft Visual FoxPro 6.0作为服务器端的数据库管理系统,Borland Delphi 6.0作为客户端应用程序的开发工具,采用8031单片微处理器为核心控制器件,与相应的接口电路及传感器共同组成智能数据采集前端。本系统具有应用程序界面友好、易学易用、数据库保密性强、操作简单方便等特点。
     本文主要阐述篮球专项自动测试系统的设计思想,主要功能和特点,以及所涉及到的主要技术及其原理和实现方法。第一章主要阐述篮球专项自动测试系统的开发基础,目的是说明研究篮球专项电脑自动测试系统的可行性、必要性和重要性。第二章给出了篮球专项自动测试系统的整体设计方案。主要是从数据采集电路的设计、网络操作系统
    
     篮球专项自动测试系统的研究与开发
    的选择、数据库管理系统的选择、应用程序开发工具的选择等方面进行论述。第三、四
    章详细阐述了篮球专项自动测试系统的硬件系统设计和 PC机记录软件的设计。这两部
    分是本文的重点,主要论述本套系统的具体设计思想及方法。第五章介绍了系统的运行
    效果,也给出了不足与有待提高之处。
     本课题将计算机这一现代高性能的信息处理工具引入到体育测试中,充分利用其强
    大的逻辑判断、计算和信息处理能力。篮球专项自动测试系统的应用为考场上公平竞争,
    公正选拔优秀人才提供了强有力的技术手段,受到了各级领导、专家、新闻媒体、考生
    及家长和社会各界的高度评价。该系统研制成功对于推动体育测试向科学化、信息化方
    向发展具有重要的理论价值。该系统也可用于运动员的训练,使训练科学化、规范化,
    促进训练成绩的提高。因此其应用前景十分广阔,具有较高的推广价值。
At present, with the rapid development of computer technology, the test system based on PC progresses at a high speed, high-efficient, intelligent, multi-function and diversification. Therefore, fully utilizing its characteristics such as accurate, high-speed, high-efficient, convenient for encrypting and storing and strong data processing ability, applying the automatic test system to physical tests becomes an important subject which should be discussed thoroughly and solved by us.
    In the physical professional entrance examination for college, basketball special technology tests include running up to touch, dribbling out and home, shooting basketballs three spots per minute and polytechnic tests. The test accuracy is the base of carrying on tests scientifically, fairly and just. However, most of provinces and cities adopt artificial measurement presently, which requires several examiners who should get achievement by eyes, time, count and record achievement artificially. The method not only uses a large amount of manpower and material resources, but also is slow to test, and has many human factors. So it is apt to produce the unfair phenomena. In addition, the tests continue for a long time, which make the examiners highly centralize and tend to be tired. It is unavoidable to omit carelessly in the artificial tests. Therefore, to solve the problem, it is essential to develop automatic test system for basketball items based on PC. The system can make the test job realized apace, conveni
    ently and accurately, which improves the science, accuracy and openness of the test. It stops the mistakes of artificial timing, counting and registering performance, which improves test efficiency, lightens labor intensity of examiners and prevents the phenomena of fraudulent practices effectively. So, under the guidance of my tutor, combining the demand of basketball-item tests, we study and develop the automatic test system for basketball items.
    The system is composed of the microcomputer-touching-test instrument, the microcomputer-shooting-basketball counter, the microcomputer dribbling time-recorder, recording software of touching, shooting, and dribbling scores and computer LAN. It adopts the client/server computational model. It selects Windows NT Server 4.0 as operating system for the server and Visual FoxPro 6.0 as database management system of the server and regards Borland Delphi 6.0 as developing instrument of application program for the client. It adopts 8031 single chip as the core controlling device, which makes up of the intelligent data collection end with corresponding interface circuit and sensor. The characters of it are application progress interface friendly, easy to learn and use, strong security of database and
    
    
    
    convenient to operate.
    The article mainly explains the designing ideas and primary function and character of the automatic test system for basketball items, which also includes the primary technology and the principle of it and realizing method involved. Chapter one expatiates the developing foundation for the system. The purpose is to account for the feasibility, necessity and importance for the studies. Chapter two gives the whole design plan of the basketball-items automatic test system. It discusses the design of data-gather circuit, selection of network operation system, selection of data management system and selection of application-program developing tool. Chapter three and four expound the design of hardware system and recording software on PC of the automatic test system in detail. The two parts are the emphases of the text, which discusses the detail designing theory and method of the system. Chapter five introduces the operating result of it and gives the' insufficiency which should be improved further.
    The subject introduces computer, a modern high-performance information processing tool, into physical tests, which fully utilizes its strong logic judgment, calculation and information processing ability. The application of the basketball-items automatic test system provide
引文
1.《客户/服务器技术与应用》,Microsoft,1998年5月;
    2.《Microsoft SQL Server 6.5开发指南》,D.Solomon, R.Rankins等著,高峰、冯学民著,清华大学出版社,1998年4月;
    3.《Visual FoxPro技术特点分析》,黄全舟,西安石油学院学报(自然科学版),1999年2月;
    4.《Visual FoxPro 6.0中文版入门与提高》,李加福、邸雪峰、桂敏文、李光辉编著,清华大学出版社,2001年1月;
    5.《Delphi 6.0最佳专辑》,邢增平等编著,人民邮电出版社,2002年1月;
    6.《Delphi环境下串行通信应用程序设计》,余志勇,计算机应用第20卷第4期,2002年4月;
    7.《微机辅助数字IC自动测试系统中的部件接口与连接技术》,沈吉顺,电子与自动化,1998年第4期;
    8.《数据采集技术概论》,路林吉、饶家明,电子技术,2000年第2期;
    9.《Delphi4数据库编辑界面的设计》,杨延广,微型电脑应用,2000年第3期;
    10.《单片微型计算机原理、接口及应用》(第二版),徐惠民、安德宁编著,北京邮电大学出版社,2000年10月;
    11.《单片机原理及接口技术》,李朝青编著,北京航空航天大学出版社,1994年9月;
    12.《体育高考篮球专项自动测试系统的研制》,卢洪武、谭金波,山东师大学报(自然科学版),2003年第1期
    13.《篮球投球自动计数系统的研制》,卢洪武、刘涛、谭金波,全国体育学会体育器材仪器分会2002年学术年会论文集
    14.《电脑摸高自动测试系统的研制》,卢洪武、刘涛、李浩,全国体育学会体育器材仪器分会2002年学术年会论文集
    15.《HCM—1摸高电脑测试仪的研制》,卢洪武、王东辉、王嵊海,山东师范大学学报(自然科学版),1997年第3期
    16.《Delphi与RS-232串行通信控制》,范逸之、陈立元编著,清华大学出版社,2002年6月
    
    
    17.《体操裁判员评分监测系统的研究》,徐华、王长青、王殿升,中国体育科技2000年(第36卷)第2期
    18.《软件自动测试的研究与程序实现》,张茂林,北京航天航空大学学报1997年2月(第23卷)第1期
    19.《基于数据库通用自动测试系统》,封吉平、张宏伟、蔡金燕,计算机自动测试与控制,1998年第4期
    20.《传感器工作原理及应用实例》,黄继昌、徐巧鱼、张海贵、郭继忠、傅润何编著,人民邮电出版社,1998年12月
    21. http://www.gjwtech.com/serialcomm.htm
    22. http://www.delphibbs.com
    23. http://wpghydelphi.y365.com
    24. http://www.delphiboy.com/cgi-bin
    25. http://www.powerba.com/develop/database/foxPro

© 2004-2018 中国地质图书馆版权所有 京ICP备05064691号 京公网安备11010802017129号

地址:北京市海淀区学院路29号 邮编:100083

电话:办公室:(+86 10)66554848;文献借阅、咨询服务、科技查新:66554700