首页
文献服务
文献资源
外文期刊
外文会议
中文期刊
专业机构
智能制造
高级检索
版权声明
使用帮助
Building a production planning process with an approach based on CIMOSA and workflow management systems
     
  
  
刊名:
Computers in Industry.
作者:
Angel Oritiz
Francisco Lario
Lorenzo Ros
Majd Hawa
刊号:
738LB060
ISSN:
0166-3615
出版年:
1999
年卷期:
1999, vol.40, no.2-3
页码:
207-219
总页数:
13
关键词:
Enterprise modelling
;
CIMOSA
;
Industrial application
;
Tiles manufacturing
参考中译:
语种:
eng
文摘:
Nowadays, one of the major challenges for enterprises is to stay competitive in today's changing market environment. This can be supported by business process models which on one hand are consistent and adequate (requirement no.1), and on the other hand can be enacted and operated in an easy, fast, straightforward and integrated way (requirement no.2). The CIMOSA architecture provides the basis for business process modelling to fulfil both of the above requirements. It supports the creation of consistent process models and allows to identify almost all the information required for the development of a workflow model. These models can be implemented using one of the commercial workflow management systems. In this paper we present the methodology based on the CIMOSA architecture that we have developed to build a workflow model in * Lotus Notes for the forecasting and production planning processes in a tiles manufacturing enterprise. The CIMOSA approach has also been used to design the necessary software applications for processing the information of the resulting workflow system.
相关文献:
SERVICE ORIENTED REAL-TIME ENTERPRISE CONTENT MANAGEMENT - In Association with Business Process Integration
The Continuous Enterprise View Model (CEVM) for Virtual Enterprises
Requirements for a Complex Adaptive Systems Oriented Framework for Enterprise Modelling and Integration
KEY-PROBLEM BASED INFORMATION SYSTEM DESIGN AND INTEGRATED ENTERPRISE MODELLING
ENRICHED MULTI-PROCESS MODELLING
Modelling dynamic value streams in support of process design and evaluation
The enhanced use of enterprise and simulation modeling techniques to support factory changeability
Coupling reference modelling and performance evaluation for the effective integration of eco-design tools into the design process
An integrated product-process design methodology for cost-effective product realisation
Towards the derivation of an integrated design and manufacturing methodology
©2016机械工业出版社(机械工业信息研究院) 京ICP备05055788号-35