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1994 | Buch

CIM Computer Integrated Manufacturing

Towards the Factory of the Future

verfasst von: Professor Dr. August-Wilhelm Scheer

Verlag: Springer Berlin Heidelberg

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Über dieses Buch

Computer Integrated Manufacturing (CIM) is the computerized handling of integrated business processes among all different functions in an enterprise. The consistent application of information technology, along with modern manufacturing techniques and new organizational procedures, opens up great potential for speeding up processes. This book discusses the current state of applications and new demands arising from the integration principle. It mainly emphasizes on strategies for realization and implementation based on the author's concrete experience. The "Y-CIM information management" model is presented as a procedural method for implementing CIM. The third edition has been supplemented by up-to-date specified examples of applied CIM solutions and transfer strategies.

Inhaltsverzeichnis

Frontmatter
Introduction
Abstract
In coming years the introduction of Computer Integrated Manufacturing (CIM) will become a matter of survival for many industrial concerns. Information technology will increasingly be recognized as a factor of production, not only influencing organizational structure, but also becoming a significant competitive factor.
August-Wilhelm Scheer
A. The Meaning of the “I” in CIM
Abstract
Computer Integrated Manufacturing (CIM) refers to the integrated information processing requirements for the technical and operational tasks of an industrial enterprise. The operational tasks can be referred to as the production planning and control system (PPC), as represented in the left fork of the Y in Fig. A.01. The more technical activities are characterized by the various CAX-concepts in the right fork of the Y. The PPC system is determined by order handling, whereas the CA-components support product description and the production resources. At the same time these information systems provide data for the associated financial and cost accounting systems.
August-Wilhelm Scheer
B. The Components of CIM
Abstract
The CIM components represented in the Y-diagram of Fig. A.01 are:
  • Production Planning and Control,
  • Computer Aided Design,
  • Computer Aided Planning,
  • Computer Aided Manufacturing,
  • Computer Aided Quality Assurance,
  • Maintenance.
August-Wilhelm Scheer
C. Implementation of CIM: Information Management
Abstract
Establishing uniform process chains with their accompanying data flows and short term control possibilities gives rise to great rationalization potential. This explains the substantial user-acceptance of CIM principles. What can a user do, however, when CIM is widely discussed, but not (yet) available in the form of complete CIM systems?
1.
Wait until CIM hardware and software is available for full implementation.
 
2.
Proceed with partial solutions and hope that, when CIM is fully available, these partial solutions can be integrated.
 
3.
Make fundamental decisiOns relating to PPC, CAD and CAM such that they will be in line with the future CIM set-up, but otherwise proceed with partial solutions.
 
4.
Actively pursue all the present opportunities for implementing CIM.
 
August-Wilhelm Scheer
D. CIM Implementations
Abstract
Having developed a procedural approach to introducing CIM, several CIM implementations will be presented.
August-Wilhelm Scheer
E. CIM Promotion Measures
Abstract
German Ministry for Research and Technology founded a program called “Production Technology 1988 - 1992” to promote the implementation of CIM solutions in Germany. In the scope of this program, industrial enterprises - mainly those from mechanical engineering, plant engineering and construction - could obtain financial support for creating and implementing CIM concepts. A further measure, which was financed by this program, is the so-called “wide efficacious diffusion via CIM-Technology-Transfer”. This part of the promotion program supported the building-up of CIM-Technology-TransferCenters (CIM-TTC) at 21 university departments in Germany (see Fig. E.I.01). CIM-TTC Saarbrücken being part of Institut für Wirtschaftsinformatik (IWi) at the University of Saarland is affiliated to the only business administration institute in the project. All the other CIM-TT partners are affiliated to institutes of the engineering science area. The cooperation among the CIM-TTCs was handled by BMFT’s department “production techniques”, which is located at Kernforschungszentrum Karlsruhe (KfK). Five of the CIM-TTCs had been installed in the new Eastern German states after the unification in 1990. Their sponsorship was prolonged until 1995, while the program ended for the 16 CIM-TTCs in the West But most of those CIM-TTCs exist further, e.g. CIM-TTC Saarbrücken pays its way by seminars and research projects which are hold in cooperation with Institut für Wirtschaftsinformatik.
August-Wilhelm Scheer
Backmatter
Metadaten
Titel
CIM Computer Integrated Manufacturing
verfasst von
Professor Dr. August-Wilhelm Scheer
Copyright-Jahr
1994
Verlag
Springer Berlin Heidelberg
Electronic ISBN
978-3-642-78988-5
Print ISBN
978-3-642-78990-8
DOI
https://doi.org/10.1007/978-3-642-78988-5