Intelligent manufacturing systems 1994 : IMS'94 : IFAC Workshop, Vienna, Austria, 13-15 June 1994

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書誌事項

Intelligent manufacturing systems 1994 : IMS'94 : IFAC Workshop, Vienna, Austria, 13-15 June 1994

edited by P. Kopacek

Published for the International Federation of Automatic Control by Pergamon, 1994

1st ed

大学図書館所蔵 件 / 全4件

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注記

Includes index

内容説明・目次

内容説明

During the last five years, artificial intelligence techniques have been increasingly employed in production automation; giving rise to a new generation of Intelligent Manufacturing Systems or IMS. The concept of IMS is of vital importance to the "factory of the future", which will be mainly computer controlled, and this publication brings together the latest research in key areas such as; manufacturing systems operations; processes and planning; concurrent engineering; simulation and fault detection, in a way which will appeal to practitioners in both academia and industry.

目次

  • Intelligent manufacturing components for future CIM systems, U. Rembold et al
  • possibilities and limitations of reusing enterprise models - new requirements for enterprise engineering tools, P. Bernus et al
  • neural networks in intelligent manufacturing systems, I. Dumitrache et al
  • development of generic enterprise reference architectures and enterprise integration methodologies, T.J. Williams
  • IMS test case 5 - holonic manufacturing systems, P. Valckenaers et al
  • global concurrent engineering, M.S. Ahmed et al
  • the "Globeman 21" IMS test case - an executive summary, M. Guida and C. Piddington
  • knowledge engineering approach to integrated group technology and process planning system for SME, A. Ajmal
  • integrated modelling techniques for CIM systems requirements analysis, M. Kaaramees et al
  • model of clamping devices flow in small-scale shop-floor production, T. Perme and D. Noe
  • possibilities of quality assurance in a virtual manufacturing environment, I. Mezgar et al
  • development tendency and limits of manufacturing system, L. Si et al
  • a concurrent engineering approach to automated inspection planning, S.C. Lew et al
  • conversation model and data management in human-centered concurrent engineering, K. Iwata et al
  • methods and tools for modelling manufacturing information to support simultaneous engineering, A. Molina et al
  • concurrent engineering in engine development, G. Rainer
  • system integration and technological database - a contribution to concurrent engineering, A. Nestler
  • modelling of containers flows in a workshop - a bond-graph approach, S. Dembele and F. Lhote
  • towards a manufacturing system specification language, F. Vernadat
  • object-oriented modelling of active systems, K.A. Jorgensen and O. Madsen
  • a frame-based object-oriented product modelling system for rotational components, M.S. Shahid et al
  • neural network control of grasp forces for a robot hand, K. Sundermann and S. Fatikow
  • self-adaptation for training neural network models and its application to micro wrist mechanism, Wan-Sup Cheung et al
  • artificial neural networks for wear estimation, D. Barschdorff and U. Femmer
  • artificial neural networks for control of autonomous mobile robots, M.-W. Han and T. Kolejka
  • MIMO and SISO self-tuning hybrid position/force control of robotic manipulators, C. Ozsoy and T. Sisman
  • intelligent navigation in robotic work cell planning, M. Beneder
  • improvements of trajectory tracking performances of unknown object, Soo-Hyun Kim et al
  • single axis robot control, K. Jezernik and V. Volcanjk
  • reference model recognition system for designing the manufacturing system organization, J. Macedo
  • some applications of chaos and autopoiesis theory on project management, G. Strina
  • multi-robot systems - a perspective, C.A. Czarnecki
  • the applicability of MMS in the future manufacturing systems, G. Haidegger and G. Nagy. (Part contents).

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