计算机集成制造系统
計算機集成製造繫統
계산궤집성제조계통
COMPUTER INTEGRATED MANUFACTURING SYSTEMS
2009年
12期
2343-2349
,共7页
车颖%王刚%问晓先%任秉银
車穎%王剛%問曉先%任秉銀
차영%왕강%문효선%임병은
企业资源计划%模型驱动%模型驱动架构%计算无关模型%全局模型
企業資源計劃%模型驅動%模型驅動架構%計算無關模型%全跼模型
기업자원계화%모형구동%모형구동가구%계산무관모형%전국모형
enterprise resource planning%model driven%model driven architecture%computational independent model%global model
针对目前企业资源计划系统灵活性较差、定制开发实施周期漫长且成本较高的问题,应用模型驱动架构的相关技术和思想,研究了模型驱动的企业资源规划系统快速开发模式.为了优化并快速建立企业业务模型,面向该模式提出了全局模型的概念,由此建立了包括全局模型和业务模型的计算无关层模型结构.在此基础上,重点研究了面向企业资源规划系统快速开发过程的全局模型建模方法.将全局模型分为全局业务分析模型及全局业务模型,并构造成为按层次分解的模型结构,建立了它们的基本模型,定义了基本模型中的元素.最后通过全局业务分析模型和全局业务模型的图形化建模实例验证了上述建模理论的可行性和实用性.
針對目前企業資源計劃繫統靈活性較差、定製開髮實施週期漫長且成本較高的問題,應用模型驅動架構的相關技術和思想,研究瞭模型驅動的企業資源規劃繫統快速開髮模式.為瞭優化併快速建立企業業務模型,麵嚮該模式提齣瞭全跼模型的概唸,由此建立瞭包括全跼模型和業務模型的計算無關層模型結構.在此基礎上,重點研究瞭麵嚮企業資源規劃繫統快速開髮過程的全跼模型建模方法.將全跼模型分為全跼業務分析模型及全跼業務模型,併構造成為按層次分解的模型結構,建立瞭它們的基本模型,定義瞭基本模型中的元素.最後通過全跼業務分析模型和全跼業務模型的圖形化建模實例驗證瞭上述建模理論的可行性和實用性.
침대목전기업자원계화계통령활성교차、정제개발실시주기만장차성본교고적문제,응용모형구동가구적상관기술화사상,연구료모형구동적기업자원규화계통쾌속개발모식.위료우화병쾌속건립기업업무모형,면향해모식제출료전국모형적개념,유차건립료포괄전국모형화업무모형적계산무관층모형결구.재차기출상,중점연구료면향기업자원규화계통쾌속개발과정적전국모형건모방법.장전국모형분위전국업무분석모형급전국업무모형,병구조성위안층차분해적모형결구,건립료타문적기본모형,정의료기본모형중적원소.최후통과전국업무분석모형화전국업무모형적도형화건모실례험증료상술건모이론적가행성화실용성.
To solve the problems of poor flexibility, long customization development and implementation process, and high cost of Enterprise Resource Planning (ERP), a quick development mode of ERP system based on Model Driven Architecture (MDA) was studied by applying the theory of MDA. In order to optimize and construct enterprise Business Model (BM) quickly, the concept of Global Model (GM) oriented to this mode was put forward. Then, the structure of computation independent model including BM and GM was constructed and GM modeling method based on the quick development process of ERP was studied in detail. GM, whose structure was divided by layers, included Global Business Analysis Model (GBAM) and Global Business Model (GBM). The basic model of GM was set up and elements were defined. Finally, graphical modeling examples of GBAM and GBM were constructed in order to validate the practicability and feasibility of proposed modeling theories.