Design models for hierarchical organizations : computation, information, and decentralization

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書誌事項

Design models for hierarchical organizations : computation, information, and decentralization

edited by Richard M. Burton and Børge Obel

Kluwer Academic Publishers, c1995

大学図書館所蔵 件 / 全12件

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注記

Includes bibliographical references

内容説明・目次

内容説明

Design Models for Hierarchical Organizations: Computation, Information, and Decentralization provides state-of-the-art research on organizational design models, and in particular on mathematical models. Each chapter views the organization as an information processing entity. Thus, mathematical models are used to examine information flow and decision procedures, which in turn, form the basis for evaluating organization designs. Each chapters stands alone as a contribution to organization design and the modeling approach to design. Moreover, the chapters fit together and that totality gives us a good understanding of where we are with this approach to organizational design issues and where we should focus our research efforts in the future.

目次

  • Preface. Overview
  • R.M. Burton, B. Obel. 1: Mathematical Programming Models, Hierarchy and Decentralization. Mathematical Contingency Modelling for Organizational Design: Taking Stock
  • R.M. Burton, B. Obel. Design Insights from Alternative Decompositions
  • W.W. Damon. Primal and Dual Decomposition as Organizational Design: Price and/or Resource Directive Decomposition
  • K. Holmberg. Aggregation Approaches to Decentralized Planning Structures
  • K. Joernsten, R. Leisten. General Mathematical Programming Models in Multi-Level Planning
  • J. Tind. 2: Hierarchical Planning Models. A Conceptual Framework for Hierarchical Planning and Bargaining
  • C. Schneeweiss. Hierarchical Negotiations
  • C. Homburg. Hierarchical Production Planning
  • G. Barbarosogammalu. 3: Counterpoint: the Individual and the Emergent Structure. The Emergence of Organizational Structures
  • A. Lomi, E.R. Larsen. Judging with Uncertainty in Diagnosis
  • G. Eyzenga.

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