| Preface | |
| Information Technology and the Construction Industry: Another Tower of Babel? | p. 3 |
| Strategic Use of IT in Some European Construction Firms | p. 17 |
| Technology Impact Grid: A Model for Strategic IT Planning for Competitive Advantage in Construction | p. 35 |
| Organisation Structure, Management Style and IT: The Case of Hong Kong Chinese Building Companies | p. 51 |
| The Nature of Managing IT and Its Managerial Challenges | p. 65 |
| Management of Construction Information Technology | p. 75 |
| A Case Study of a National Building Industry Strategy for Computer Integrated Construction | p. 85 |
| Towards an Information and Decision-Support System for the Building Industry | p. 101 |
| Construction Process Improvements in Market Networks | p. 113 |
| Normalised Message Exchange in Building Industry | p. 125 |
| Building Integrity: Classification Beyond Building Parts and Spaces | p. 135 |
| Executive Information System for Construction Contract Bidding Decisions | p. 149 |
| Counter-intrusion Strategies for IT Networks in the Building Industry | p. 167 |
| Myth and Reality in the Use of IT and Computer Based Technologies in Construction | p. 183 |
| New Knowledge-Based CAD Models of Design | p. 199 |
| View Integration in Building Design | p. 209 |
| Enterprise Integration of Future Building Design Systems | p. 223 |
| Representation of Multiple Concepts of a Design Object Based on Multiple Functions | p. 239 |
| Multi-Disciplinary Views for Integrated and Concurrent Design | p. 255 |
| ASA, An Interactive Assistant to Architectural Designers | p. 269 |
| Conceptual Models for Communicating Knowledge in the Building Industry - Implementation of the Cube System | p. 287 |
| Learning Empirical Knowledge to Assist Preliminary Design | p. 301 |
| The Representation of Design Cases in Building Construction | p. 319 |
| Managing Construction Knowledge in Patterns: A Neural Network Approach | p. 331 |
| A Dialectic of Process and Tool: Knowledge Transfer and Decision-Making Strategies in the Building Delivery Process | p. 345 |
| Determining the Impact of CADrafting Tools on the Building Delivery Process | p. 357 |
| Life Cycle Requirements for Building Product Models | p. 369 |
| An Information Reference Model for Architecture, Engineering and Construction | p. 391 |
| The SMART System Project: A Strategy for Management of Information and Automation Technology in Computer Integrated Construction | p. 407 |
| Goals, Dimensions and Approaches for Computer Integrated Construction | p. 421 |
| Capturing and Structuring the Meaning of Communication in the Building and Construction Industry | p. 435 |
| Case-Based Reasoning in an Integrated Design and Construction System | p. 453 |
| A Design Notification Scheme for Distributed AEC Framework | p. 467 |
| Networking Construction: Electronic Integration of Distributed Information | p. 479 |
| Integrating the Building Procurement Process Using Knowledge Based Technology | p. 495 |
| Maintenance Information Management, Based on a Step-Related Building Product Model | p. 509 |
| Object Oriented Communication with NICC (Neutral Intelligent CAD Communication) | p. 517 |
| Design Decision Support from Informed Project Time-Cost Performance Simulation | p. 529 |
| Resource Significant Models for Estimating, Planning and Control in Construction | p. 543 |
| Modelling the Effects of Information Technology on Construction | p. 559 |
| Practical Problems in the Development of Product Models | p. 571 |
| IT in the Management of Design and Construction | p. 585 |
| List of Reviewers | p. 595 |
| Conference Organisation | p. 599 |
| Table of Contents provided by Blackwell. All Rights Reserved. |