机房监控系统用户自定制技术研究与实现
本文选题:机房监控 + 用户自定制 ; 参考:《华南理工大学》2013年硕士论文
【摘要】:机房安全稳定运行关系到企事业单位甚至全社会的利益,为用户提供定制化机房监控系统已成为当前科技、产业竞争热点。本论文以“机房监控系统用户自定制技术研究与实现”为题,研究基于大批量定制(Mass Customization, MC)思想的机房监控系统用户自定制(Computer Room Monitoring System Self-Customi-zation, CRMS-SC)技术及实现,为开发定制化机房监控系统提供新思路和方法,对维护机房安全、推动测控技术发展,具有重要学术价值和实际意义。论文研究工作得到教育部新世纪优秀人才支持计划项目(NCET-08-0211)的资助。 论文分析机房监控技术、大批量定制理论的国内外研究进展,提出基于MC的CRMS-SC解决方案,研究其机理、架构、实施路线、关键技术,实现具有自主知识产权、支持多样化设备接入、满足用户自定制监控需求的智能机房动力环境集中监控系统。主要工作包括: ⑴针对机房监控系统用户自定制需求,提出基于MC的CRMS-SC技术,将机房监控系统个性化定制开发问题转为基于CRMS-SC产品平台的构件复用问题,,用户根据个性化需求在相同的产品平台上自定制出不同的产品。提出将CRMS-SC实施路线分为产品平台设计、基于此平台定制过程设计这两个阶段。 ⑵研究CRMS-SC产品平台的设计方法,提出基于设备代理服务器的设备接入集成方法,通过串口服务器进行设备组网,使CRMS-SC能以统一方式访问差异化现场设备;提出面向监控设备对象进行构件设计,每个监控对象构件在人机界面上以控件的形式显示出来,同时关联设备接口构件。 ⑶研究基于CRMS-SC平台定制过程的设计方法,提出“定制编辑-定制建模-定制验证-定制部署”用户自定制四步曲,研究了构件添加、删除、配置、移动等编辑操作的实现方法,应用TLA描述语言对定制进行形式化描述建模,并进行合法性验证,最后部署运行。 ⑷研发机柜式机房监控系统测试平台,进行功能测试及应用。 论文所研发的基于MC的CRMS-SC软件已经取得了我国计算机软件著作权,并应用到某公司机房监控项目,达到预期效果,满足用户自定制需求。
[Abstract]:The safe and stable operation of computer room is related to the interests of enterprises, institutions and even the whole society. Providing customized computer room monitoring system for users has become a hot spot in current science and technology and industrial competition. In this paper, based on the theory of Mass customization (MCC), the technology and implementation of computer Room Monitoring System Self-Customi-zation (CRMS-SC) in computer room monitoring system are studied. It is of great academic value and practical significance to provide new ideas and methods for the development of customized computer room monitoring system, which is of great academic value and practical significance for maintaining computer room safety and promoting the development of measurement and control technology. The research work is funded by NCET-08-0211, Ministry of Education's New Century Talent support Program (NCET-08-0211). This paper analyzes the research progress of computer room monitoring technology and mass customization theory at home and abroad, puts forward a CRMS-SC solution based on MC, studies its mechanism, architecture, implementation route, key technology, and realizes independent intellectual property rights. The intelligent engine room power environment centralized monitoring system which supports the diversified equipment access and meets the user's custom monitoring needs. The main tasks include: 1. Aiming at the self-customization requirement of computer room monitoring system, this paper puts forward the CRMS-SC technology based on MC, which turns the development of personalization customization of computer room monitoring system into component reuse based on CRMS-SC product platform. Users customize different products on the same product platform according to their individual needs. The implementation route of CRMS-SC is divided into two stages: product platform design and customization process design based on this platform. (2) the design method of CRMS-SC product platform is studied, and a device access integration method based on device proxy server is put forward. The device network is organized through serial port server, so that CRMS-SC can access differentiated field equipment in a unified way. A component design oriented to monitoring device object is proposed. Each monitoring object component is displayed in the form of controls on the man-machine interface, and the device interface component is associated with each component. (3) the design method of customization process based on CRMS-SC platform is studied, and the four steps of custom-model-custom-validation-custom deployment are put forward, and the implementation methods of editing operation, such as adding, deleting, configuring and moving components, are studied. The TLA description language is used to formalize the modeling of customization, to verify the validity of the model, and finally to deploy and run. Research and development of cabinet-type computer room monitoring system test platform, functional testing and application. The CRMS-SC software based on MC has obtained the copyright of computer software in our country, and it has been applied to the computer room monitoring project of a company, which can achieve the desired effect and meet the needs of user customization.
【学位授予单位】:华南理工大学
【学位级别】:硕士
【学位授予年份】:2013
【分类号】:TP308;TP277
【参考文献】
相关期刊论文 前10条
1 单红;;一组完整性校验算法及其效率分析[J];安徽大学学报(自然科学版);2007年05期
2 张亮,张加亮;动态身份认证方案及应用[J];重庆大学学报(自然科学版);2004年07期
3 邵晓峰,黄培清,季建华;大规模定制生产模式的研究[J];工业工程与管理;2001年02期
4 任尊茂,蒋祖华,黄国全;基于产品平台的大规模定制设计[J];工业工程与管理;2004年05期
5 朱明武;朱斌庚;刘桂雄;南瑞亭;;物联网与智能家居教学系统[J];自动化与信息工程;2011年05期
6 吴清烈;罗小利;;SaaS软件服务基于大规模定制的客户端层框架研究[J];电信科学;2012年09期
7 刘怀兰;侯昕;王佳;;改进的基于USBKey的动态身份认证方案[J];华中科技大学学报(自然科学版);2010年11期
8 操云甫,赵俊文,韩永生,戴国忠;面向大规模定制的软件开发模式[J];计算机研究与发展;2002年05期
9 陈朋朋;郭忠文;;传感设备模块接口标准化及可重用数据采集中间件设计[J];计算机研究与发展;2010年S2期
10 龚雷;赵勇;韩培胜;李瑜;;典型应用系统安全保护框架研究[J];计算机工程与应用;2010年28期
相关硕士学位论文 前9条
1 白爽;机房环境监控系统数据采集与接入方式的研究与实现[D];北京邮电大学;2011年
2 徐俊;面向软件大规模定制的构件化领域框架研究[D];浙江工业大学;2006年
3 殷培红;动力及环境集中监控系统的研究应用[D];华北电力大学(北京);2007年
4 王洪伟;机房环境监控系统软件设计[D];吉林大学;2007年
5 宋志崇;监控组态软件的研究与设计[D];大连理工大学;2008年
6 王建华;基于OPC的组态软件开发及在电信动力监控系统中的应用[D];广东工业大学;2008年
7 杨丹丹;通信机房动力与环境监控系统的研究[D];重庆大学;2009年
8 于大钊;基于Flex与Rest技术的数据中心监控管理系统的实现[D];北京交通大学;2010年
9 周水清;动力设备及环境集中监控系统的研究与设计[D];中南大学;2012年
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