基于GIS的移动资源管理系统的设计
摘要
通信产业的迅猛发展和通信技术的日新月异,以及经济全球化竞争环境的形成,使改进生产方式、提高运行效率、降低经营成本及改善服务质量等管理工作成为目前各电信企业经营工作的重中之重。
要赶上和超越竞争对手、使企业能更好的适应市场发展的需求、迎接新领域的竞争和挑战,积极果断地引进先进高效的、符合自身管理需求的管理方式,加大企业信息化、智能化投资建设力度以提高自身的运营效率及服务水平,降低经营管理成本,全面提高运营商的核心竞争能力及塑造和提升品牌价值的工作已成为各电信企业亟待解决的问题,而移动资源管理系统能很好的改善这一问题。
本课题研究的出发点就是结合目前移动资源管理的现状与管理现存的问题,针对移动资源管理业务需求设计出一套基于GIS的移动资源管理系统。
基于GIS的移动资源管理系统是以后台资源数据库为基础,采用Client/Server模式,以标准以太网为网络运行环境,对号线资源、综合业务等方面进行计算机网络信息化管理。该系统结构合理,界面直观简洁,以直观化的GIS地图界面取代了传统的纯MIS的单调管理界面,管理操作界面更加友好简单;管理流程清晰明确,符合移动公司目前的实际运行流程;操作运行快速稳定,采用ORACLE作为系统资源数据库,满足移动公司日益增多的设备的海量数据存储需求。
本文提出以下一些设计思想:独立的功能模块设计;图形化的资源管理系统将移动资源管理与地理分布、拓扑关系有机的结合在一起;应用角色访问控制的安全性管理。
With the development of the communication industry, technology and the forming of the global economic competition environment, the work of management such as improving the mode of production, enhancing the running efficiency, decreasing the operation cost and ameliorating the serving quality has been the main concern of the telecommunication corporations.
In order to surpass the competitors, adapt for the development of the market and deal with the competition and challenge in the new field, it has been a main problem for all the telecommunication corporations to bring in advanced management style, improve the operation efficiency and serving standard and fully enhance the competitive power. Such issues could be greatly improved by the system of mobile resource management.
Based on the status quo of the current mobile resource management, a system of mobile resource management based on GIS was developed, which aimed at the traffic requirements of the mobile resource management.
The system, building on the foundation of the background resource database and running on the mode of Client/Server in a standard Ethernet environment, could be utilized to manage the resource of number lines and integrated services. The system has a reasonable structure and use a visual GIS map instead of the traditional MIS to make the interface more friendly and simple; the management process became clear and definite, which accorded with the practical operation process of the mobile corporation; the usage of ORACLE as the database of the system resource made the system running fast and stable, which could meet the demand of the mass data storage caused by the increasingly amount of the equipments.
This thesis put forward some design ideas as follow: independent function model design; the system integrates telecommunication resource, geography distribution and resources' property; routing based on genetic algorithm; security management.
要赶上和超越竞争对手、使企业能更好的适应市场发展的需求、迎接新领域的竞争和挑战,积极果断地引进先进高效的、符合自身管理需求的管理方式,加大企业信息化、智能化投资建设力度以提高自身的运营效率及服务水平,降低经营管理成本,全面提高运营商的核心竞争能力及塑造和提升品牌价值的工作已成为各电信企业亟待解决的问题,而移动资源管理系统能很好的改善这一问题。
本课题研究的出发点就是结合目前移动资源管理的现状与管理现存的问题,针对移动资源管理业务需求设计出一套基于GIS的移动资源管理系统。
基于GIS的移动资源管理系统是以后台资源数据库为基础,采用Client/Server模式,以标准以太网为网络运行环境,对号线资源、综合业务等方面进行计算机网络信息化管理。该系统结构合理,界面直观简洁,以直观化的GIS地图界面取代了传统的纯MIS的单调管理界面,管理操作界面更加友好简单;管理流程清晰明确,符合移动公司目前的实际运行流程;操作运行快速稳定,采用ORACLE作为系统资源数据库,满足移动公司日益增多的设备的海量数据存储需求。
本文提出以下一些设计思想:独立的功能模块设计;图形化的资源管理系统将移动资源管理与地理分布、拓扑关系有机的结合在一起;应用角色访问控制的安全性管理。
With the development of the communication industry, technology and the forming of the global economic competition environment, the work of management such as improving the mode of production, enhancing the running efficiency, decreasing the operation cost and ameliorating the serving quality has been the main concern of the telecommunication corporations.
In order to surpass the competitors, adapt for the development of the market and deal with the competition and challenge in the new field, it has been a main problem for all the telecommunication corporations to bring in advanced management style, improve the operation efficiency and serving standard and fully enhance the competitive power. Such issues could be greatly improved by the system of mobile resource management.
Based on the status quo of the current mobile resource management, a system of mobile resource management based on GIS was developed, which aimed at the traffic requirements of the mobile resource management.
The system, building on the foundation of the background resource database and running on the mode of Client/Server in a standard Ethernet environment, could be utilized to manage the resource of number lines and integrated services. The system has a reasonable structure and use a visual GIS map instead of the traditional MIS to make the interface more friendly and simple; the management process became clear and definite, which accorded with the practical operation process of the mobile corporation; the usage of ORACLE as the database of the system resource made the system running fast and stable, which could meet the demand of the mass data storage caused by the increasingly amount of the equipments.
This thesis put forward some design ideas as follow: independent function model design; the system integrates telecommunication resource, geography distribution and resources' property; routing based on genetic algorithm; security management.
引文
[1]邬伦,张晶,赵伟,地理信息系统,北京:电子工业出版社,2002.1-128,205-224
[2]戴虎.GSM网络体系结构及其网络优化.武汉理工大学学报.2005.27卷(01).10-14
[3]罗云启,曾琨,罗毅.数字化地理信息系统建设与MapInfo高级应用.清华大学出版社.2005
[4]傅兆敏,胡金宝.地理信息系统概述.重庆工学院学报.2006.20卷(02).135-137,146
[5]吴焱,惠军,赵直,荆耀栋.地理信息系统(GIS)组成原理其发展的趋势.2005.24 卷(03).173-175
[6]李连营,李清泉.基于MapX的GIS应用开发.武汉大学出版社.2003.
[7]廖舰.GSM无线网络优化专家系统中GIS功能的设计和实现[学位论文].北京邮电大学.2004
[8]李楠,顾兆军.应用MapX控件开发地理信息系统.中国民航学院学报.2001.12期.41-44
[9]霍宏,胡福乔.用MapX访问Oracle中的空间数据.计算机应用.2003.23卷(01).113-114,118
[10]黄明,陈哲.Oracle9i空间数据存储的研究.测绘与空间地理信息.2006.29卷(01).51-53,56
[11]陈红斌,杨福兴.基于C#.NET的MapX开发GIS系统.计算机系统应用.2006.04期.51-52,55
[12]王行言.Oracle数据库应用开发基础.清华大学出版社.2003
[13]梁毅冬.Oracle数据库回滚段的故障分析与性能优化.计算机系统应.2005(3).70-73.
[14]达新宇.现代通信新技术.西安电子科技大学出版社.2002
[15]张嵩,角色访问控制在青藏铁路电务管理系统中的应用,铁路计算机应用,2006年第六期
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[17]杨义先.网络信息安全与保密.北京邮电大学出版社,1998
[18]Kevin Loney,George Koch等著。钟鸣,石永平,郝玉洁等译.Oracle9i参考手册。机械工业出版社,2003
[19]冯德民,王小明,赵宗涛.一种扩展角色存取控制模型[J].计算机工程与应用,2003:39(3):87-89
[20]张成才 编著.GIS空间分析理论与方法.2004
[21]Jim Arlow,IIaNeustadt,UML和统一过程-实用面各项对象的分析和设计[M].方贵宾,等译.机械工业出版社,2003
[22]James R.Groff,Paul n.Weinberg著。章小莉,宁欣,汪永好等译.SQL完全手册(第二版).电子工业出版社,2004
[23]萨师煊,王珊.数据库系统概论.高等教育出版社,2000.278-279
[24]张剑平,任福继,叶荣华等.地理信息系统与MapInfo应用.北京科学出版社,1999
[25]吴信才,白玉琪,郭玲玲.地理信息系统(GIS)发展现状及展望.计算机工程与应用,2000
[26]孔延香,李永忠.ADO.NET数据库访问技术研究与实现.现代电子技术,2005年16期
[27]Toshinao KOKUBUN,Tsugio OHTA,Norio KASHIMA,Ikuya TAKAHASHI,Object-Oriented Database System with GIS for Optical Cable Network Operation, IEEE Trans.on Computers, 1996:1521～1527
[28]Sauvant D,Dijstra J,Mertens D.1995.Optimisation of ruminal,digestion:amodelling approach.In:M Journet.E Grent,M H France,M Theriez and C Demarquily,Recent developments in the nutrition of herbivores.Proceedings of the IV th international symposium on the nutrition of herbivores.INRA Editions,Paris,P143-165.
[29] McClogbres K, rose M. Editors, Management information base for network management of TCP/IP-basedinterests: MIB-II[S]. STD 17, RFC1213, Hughes LAN System, Performance System Interna-Tional, March 1991.4-62
[2]戴虎.GSM网络体系结构及其网络优化.武汉理工大学学报.2005.27卷(01).10-14
[3]罗云启,曾琨,罗毅.数字化地理信息系统建设与MapInfo高级应用.清华大学出版社.2005
[4]傅兆敏,胡金宝.地理信息系统概述.重庆工学院学报.2006.20卷(02).135-137,146
[5]吴焱,惠军,赵直,荆耀栋.地理信息系统(GIS)组成原理其发展的趋势.2005.24 卷(03).173-175
[6]李连营,李清泉.基于MapX的GIS应用开发.武汉大学出版社.2003.
[7]廖舰.GSM无线网络优化专家系统中GIS功能的设计和实现[学位论文].北京邮电大学.2004
[8]李楠,顾兆军.应用MapX控件开发地理信息系统.中国民航学院学报.2001.12期.41-44
[9]霍宏,胡福乔.用MapX访问Oracle中的空间数据.计算机应用.2003.23卷(01).113-114,118
[10]黄明,陈哲.Oracle9i空间数据存储的研究.测绘与空间地理信息.2006.29卷(01).51-53,56
[11]陈红斌,杨福兴.基于C#.NET的MapX开发GIS系统.计算机系统应用.2006.04期.51-52,55
[12]王行言.Oracle数据库应用开发基础.清华大学出版社.2003
[13]梁毅冬.Oracle数据库回滚段的故障分析与性能优化.计算机系统应.2005(3).70-73.
[14]达新宇.现代通信新技术.西安电子科技大学出版社.2002
[15]张嵩,角色访问控制在青藏铁路电务管理系统中的应用,铁路计算机应用,2006年第六期
[16]陈惠开.图论---网络流[M].北京:人民邮电出版社,1992.
[17]杨义先.网络信息安全与保密.北京邮电大学出版社,1998
[18]Kevin Loney,George Koch等著。钟鸣,石永平,郝玉洁等译.Oracle9i参考手册。机械工业出版社,2003
[19]冯德民,王小明,赵宗涛.一种扩展角色存取控制模型[J].计算机工程与应用,2003:39(3):87-89
[20]张成才 编著.GIS空间分析理论与方法.2004
[21]Jim Arlow,IIaNeustadt,UML和统一过程-实用面各项对象的分析和设计[M].方贵宾,等译.机械工业出版社,2003
[22]James R.Groff,Paul n.Weinberg著。章小莉,宁欣,汪永好等译.SQL完全手册(第二版).电子工业出版社,2004
[23]萨师煊,王珊.数据库系统概论.高等教育出版社,2000.278-279
[24]张剑平,任福继,叶荣华等.地理信息系统与MapInfo应用.北京科学出版社,1999
[25]吴信才,白玉琪,郭玲玲.地理信息系统(GIS)发展现状及展望.计算机工程与应用,2000
[26]孔延香,李永忠.ADO.NET数据库访问技术研究与实现.现代电子技术,2005年16期
[27]Toshinao KOKUBUN,Tsugio OHTA,Norio KASHIMA,Ikuya TAKAHASHI,Object-Oriented Database System with GIS for Optical Cable Network Operation, IEEE Trans.on Computers, 1996:1521～1527
[28]Sauvant D,Dijstra J,Mertens D.1995.Optimisation of ruminal,digestion:amodelling approach.In:M Journet.E Grent,M H France,M Theriez and C Demarquily,Recent developments in the nutrition of herbivores.Proceedings of the IV th international symposium on the nutrition of herbivores.INRA Editions,Paris,P143-165.
[29] McClogbres K, rose M. Editors, Management information base for network management of TCP/IP-basedinterests: MIB-II[S]. STD 17, RFC1213, Hughes LAN System, Performance System Interna-Tional, March 1991.4-62