企业集团综合计划管理系统的设计与实现
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摘要
综合计划管理的目标是通过计划、组织、控制、协调与职能一体化来实现企业资源的最优配置,提高企业经济资源的使用效率,为企业的经营决策和筹资决策提供科学的依据。
论文围绕“如何编制正确可行的企业综合计划”这个核心问题进行了深入的研究,针对如何评价企业综合计划,提出了一个三层综合计划评价分析模型。该模型分为输入层:获取数据;中间计算层:计算测算指标集;输出层:计算评价指标集及综合得分。
基于本文提出的综合计划评价分析模型,我们设计并实现了企业集团的综合计划管理系统,对模型进行了验证。该系统基于B/S模式,采用.NET技术开发,包括专业计划管理、综合计划评价管理、统计业务、系统维护四个子系统,其中重点对计划模板制作工具、专业计划管理、综合计划管理的设计和实现进行了详细的阐述。
综合计划管理系统为企业的综合计划管理提供了一个信息化的平台,在这个平台中,全面支持企业的整个计划管理活动,并由此提供了计划模板制作、专业计划填报与审核、综合计划评价与选优等功能,并可进行综合计划评价方案得分计算,能够满足企业计划管理的需要,从而真正改善企业集团的计划管理。
The comprehensive plan management system's target is for the best enterprise resource configures by integrating the plan, the management, the control and the communication. The comprehensive plan management system can improve the efficiency of the enterprise resource using and provide the science date resource for enterprise management and decision-making.
The core problem of this article is "how to make a perfect comprehensive plan". We conducted an investigation into this problem. According to how to evaluate all kinds of plans, we set up a comprehensive plan evaluation model which has three layers. First lier: gain data (input level), second lier: computation of the indicators set (middle computation level), third Her: computation evaluation target collection indexes and the Composite scores (output level).
Based on the comprehensive evaluation model, we designed and implemented the enterprise group's comprehensive plan management information system which has carried on the confirmation to the evaluation model. This system is based on .NET technology and includes four subsystems in term of the specialized plan management, the comprehensive plan evaluation management, the statistical business report, the system maintenance. It will focus on a detailed exposition of the design and implementation of the designer of a plan template, the specialized plan management subsystem, the comprehensive plan evaluation management subsystem.
The comprehensive plan information management system has provided an information platform for enterprise's comprehensive plan management. The platform supports the whole enterprise plan management action, and provides the designer of user-defined plan template, the check of the special plan has been filled, the evaluation with choosing the excellent function of the comprehensive plan. The platform can meet with complex plan management of the enterprise, and thus truly improved enterprise group plan management.
论文围绕“如何编制正确可行的企业综合计划”这个核心问题进行了深入的研究,针对如何评价企业综合计划,提出了一个三层综合计划评价分析模型。该模型分为输入层:获取数据;中间计算层:计算测算指标集;输出层:计算评价指标集及综合得分。
基于本文提出的综合计划评价分析模型,我们设计并实现了企业集团的综合计划管理系统,对模型进行了验证。该系统基于B/S模式,采用.NET技术开发,包括专业计划管理、综合计划评价管理、统计业务、系统维护四个子系统,其中重点对计划模板制作工具、专业计划管理、综合计划管理的设计和实现进行了详细的阐述。
综合计划管理系统为企业的综合计划管理提供了一个信息化的平台,在这个平台中,全面支持企业的整个计划管理活动,并由此提供了计划模板制作、专业计划填报与审核、综合计划评价与选优等功能,并可进行综合计划评价方案得分计算,能够满足企业计划管理的需要,从而真正改善企业集团的计划管理。
The comprehensive plan management system's target is for the best enterprise resource configures by integrating the plan, the management, the control and the communication. The comprehensive plan management system can improve the efficiency of the enterprise resource using and provide the science date resource for enterprise management and decision-making.
The core problem of this article is "how to make a perfect comprehensive plan". We conducted an investigation into this problem. According to how to evaluate all kinds of plans, we set up a comprehensive plan evaluation model which has three layers. First lier: gain data (input level), second lier: computation of the indicators set (middle computation level), third Her: computation evaluation target collection indexes and the Composite scores (output level).
Based on the comprehensive evaluation model, we designed and implemented the enterprise group's comprehensive plan management information system which has carried on the confirmation to the evaluation model. This system is based on .NET technology and includes four subsystems in term of the specialized plan management, the comprehensive plan evaluation management, the statistical business report, the system maintenance. It will focus on a detailed exposition of the design and implementation of the designer of a plan template, the specialized plan management subsystem, the comprehensive plan evaluation management subsystem.
The comprehensive plan information management system has provided an information platform for enterprise's comprehensive plan management. The platform supports the whole enterprise plan management action, and provides the designer of user-defined plan template, the check of the special plan has been filled, the evaluation with choosing the excellent function of the comprehensive plan. The platform can meet with complex plan management of the enterprise, and thus truly improved enterprise group plan management.
引文
铩颷1]岳坐刚.基于.NET平台的信息管理系统与开发.西华大学.西华大学.2005.1-1
[2]杜轩华,袁方.Web数据库开发技术.微型机与应用.2000.(9).9-11
[3]Gail J,Ahn,Ravi Sandhu.Towards role-based administration in networkd informationservices.Journal of Network and Computer Application.1999.22.199-213
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[5]Jer Min Jou,Pei-Yin Chen.An adaptive arithmetic coding using fuzzy reasoning and greyprediction.Elsevier North-Holland,Inc.(2000).239-254.
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[ll]Lu H.C.,Yeh M.R..On some of the basic features of GM(1,1)model(Ⅱ).The Journal ofGrey System.1997.307-321
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[14]Flores A.,C.Rafael.Regression prediction of body fat in Guatemalan agriculturalworkers.DAI-B 50/09,p.3947.Mar 1990
[15]Lin,Hsien teh.On pooling data and choice of regression prediction models.DAI-B 36/06,p.2909.Dec 1975
[16]张哲峰.高效掌握ADO.NET-C#编程篇.电子工业出版社.2003.13(2).25-29
[17]罗鸿,王忠民.ERP原理·设计·实施(第二版).人民邮电出版社.2002.33(3).65-271
[18]Daniel A,Menasce,Hassan Gommaa.A method for design and performance modeling ofClient/Server systems.IEEE Transactions on software engineering.2000.26(11).1066-1085
[19]李文华等.一种新的计算机应用体系结构-客户机/服务器.计算机应用研究.1994.3.15-16
[20]An Adaptive Hybrid Server Architecture for Client Caching ODBMSs.Proceedings of the25th International Conference on Very Large Data.1999.150-161
[21]王春蕊,杨寿保.特定应用环境下动态信息发布.计算机应用研究.2001(5).70-71
[22]张德同,吴江.用PowerBuilder实现B/S模式数据库应用.计算机应用研究.2000.(12).14-106
[23]陈琪.基于Web的主需求计划与物料需求计划系统研究.西华大学.西华大学. 2005.39-40
铩颷24]方忠祥.J2EE与NET平台体系架构的比较研究.机电工程技术.2005.3.19-20
[25]孙卿,滕远道,徐明毅.Microsoft.NET和J2EE的构件技术与比较.微机发展.2004.11
[26]杨琪吕,李育龙.IBM DB2高级管理指南.电子工业出版社.2004.83-175
[27]董玉德,谭建荣,范文慧.基于SQL的报表输出设计与方法.计算机工程.1998.24(2).63-64
[28]http://www.cellsoft.cc/cell/chs/prodinfo/cellweb.aspx
[29]赵书良,王志魏,张有会.基于XML具有三层C/S模式的Internet报表系统技术研究[J].计算机工程.2001.27(12).1-5
[30]Didier Martin等.XML高级编程.机械工业出版社.2001.50-200
[31]姚勇,陈金勇.用MFC制作ActiveX控件.无线电通信技术.2002.28(2)
[32]薛定宇.反馈控制系统分析与设计--MATLAB语言应用.清华大学出版社.2000.20-150
[33]楼顺天,于卫,闰华梁编著.MATLAB程序设计语言.西安电子科技大学出版社.1998.50-200
[34]Ways of Integrating MATLAB with the.NET.http://www.codeproject.com/dotnet/matlabeng.asp
[35]The Mathworks Inc.Matlab COM builder user's guide.2002
[2]杜轩华,袁方.Web数据库开发技术.微型机与应用.2000.(9).9-11
[3]Gail J,Ahn,Ravi Sandhu.Towards role-based administration in networkd informationservices.Journal of Network and Computer Application.1999.22.199-213
[4]袁嘉祖.灰色系统理论及其应用.北京:科学出版社.1991.50-130
[5]Jer Min Jou,Pei-Yin Chen.An adaptive arithmetic coding using fuzzy reasoning and greyprediction.Elsevier North-Holland,Inc.(2000).239-254.
[6]Yo-Ping Huang,Chih-Hsin Huang.Real-valued genetic algorithms for fuzzy grey predictionsystem.Elsevier North-Holland,Inc.1997.265-276.
[7]胡斌,曾学贵.不等时距灰色预测模型.北方交通大学学报.1998.22(1)
[8]赵忠明,李德海.VERHULST模型模拟地表移动变形时间过程[J].焦作工学院学报(自然科学版.2003.22(1).1-4
[9]Deng Julong.Properties of multivariable grey model GM(1,N).The Journal of GreySystem.1989.1.25-41
[10]Yeh M.F.,Lu H.C..On some of the basic features of GM(1,1)model.The Journal of GreySystem.1996.19-35
[ll]Lu H.C.,Yeh M.R..On some of the basic features of GM(1,1)model(Ⅱ).The Journal ofGrey System.1997.307-321
[12]Deng Julong,A novel GM(1,1)model for non-equigap series.The Journal of GreySystem.1997.111-116
[13]G.Sun.Prediction of vegetable yields by grey model GM(1,1).J.Grey Syst.2(1991).187-197.
[14]Flores A.,C.Rafael.Regression prediction of body fat in Guatemalan agriculturalworkers.DAI-B 50/09,p.3947.Mar 1990
[15]Lin,Hsien teh.On pooling data and choice of regression prediction models.DAI-B 36/06,p.2909.Dec 1975
[16]张哲峰.高效掌握ADO.NET-C#编程篇.电子工业出版社.2003.13(2).25-29
[17]罗鸿,王忠民.ERP原理·设计·实施(第二版).人民邮电出版社.2002.33(3).65-271
[18]Daniel A,Menasce,Hassan Gommaa.A method for design and performance modeling ofClient/Server systems.IEEE Transactions on software engineering.2000.26(11).1066-1085
[19]李文华等.一种新的计算机应用体系结构-客户机/服务器.计算机应用研究.1994.3.15-16
[20]An Adaptive Hybrid Server Architecture for Client Caching ODBMSs.Proceedings of the25th International Conference on Very Large Data.1999.150-161
[21]王春蕊,杨寿保.特定应用环境下动态信息发布.计算机应用研究.2001(5).70-71
[22]张德同,吴江.用PowerBuilder实现B/S模式数据库应用.计算机应用研究.2000.(12).14-106
[23]陈琪.基于Web的主需求计划与物料需求计划系统研究.西华大学.西华大学. 2005.39-40
铩颷24]方忠祥.J2EE与NET平台体系架构的比较研究.机电工程技术.2005.3.19-20
[25]孙卿,滕远道,徐明毅.Microsoft.NET和J2EE的构件技术与比较.微机发展.2004.11
[26]杨琪吕,李育龙.IBM DB2高级管理指南.电子工业出版社.2004.83-175
[27]董玉德,谭建荣,范文慧.基于SQL的报表输出设计与方法.计算机工程.1998.24(2).63-64
[28]http://www.cellsoft.cc/cell/chs/prodinfo/cellweb.aspx
[29]赵书良,王志魏,张有会.基于XML具有三层C/S模式的Internet报表系统技术研究[J].计算机工程.2001.27(12).1-5
[30]Didier Martin等.XML高级编程.机械工业出版社.2001.50-200
[31]姚勇,陈金勇.用MFC制作ActiveX控件.无线电通信技术.2002.28(2)
[32]薛定宇.反馈控制系统分析与设计--MATLAB语言应用.清华大学出版社.2000.20-150
[33]楼顺天,于卫,闰华梁编著.MATLAB程序设计语言.西安电子科技大学出版社.1998.50-200
[34]Ways of Integrating MATLAB with the.NET.http://www.codeproject.com/dotnet/matlabeng.asp
[35]The Mathworks Inc.Matlab COM builder user's guide.2002