One Keynote. - Accessing Corporate Memory Some Knowledge Structure Concepts. - Two Virtual Enterprises. - Virtual Enterprise Architecture and its Supporting Methods/Tools for Managing Supply Chain System Life Cycle. - Flexible Infrastructure for Virtual Enterprises. - Assessing Ability to Execute in Virtual Enterprises. - Project-specific Process Configuration in Virtual Enterprises. - Functional Requirements for Inter-enterprise Intranet Services. - The Architecture of an Internet-based Virtual Industrial Community. - From Single Enterprises to Complementary Networks. - Three Modelling and Analysis of Virtual Enterprises. - Use of GERAM as Basis for a Virtual Enterprise Framework Model. - The Component-oriented Approach towards Complex Product Development. - Supporting Partner Selection for Virtual Enterprises. - Specifying Interactions in Integrated Manufacturing Systems. - Modelling Semiosis of Design. - Modelling for Designing Managing and Improving Virtual Enterprises in One-of-a-kind Business. - An Adaptive Process Management System (APMS). - Modelling Requirements for Self-integrating Manufacturing Systems. - Four Supply Chain Management. - Ergonomic Concerns in Enterprise Resource Planning (ERP) Systems and Its Implementations. - Low-cost System for Supply Chain Management. - A Booking Type Production System as a Collaboration Method for Virtual Enterprises. - Collaborative Design Procedure for Supply Chain Process Integration Using UML. - Agent-based Architecture for Flexible Lean Cell Design Analysis and Evaluation. - Supply Chain Business System Reference Model: A Business Process Description Using IDEF0. - Five e-Commerce and e-Service. - B2B E-Commerce Infrastructure Using Agents and Standards A Potential Impact Analysis and Architecture. - A Web-based Bidding Workbench forGlobal Manufacturing. - Web-based maintenance manual with three-dimensional simulation model. - e-Service for Complex Technical Products a New Approach for Supporting Life-cycle Services. - Automated Management of Quality Control System for Network Enterprise. - Neo-kaizen Applications on the Generic Operations Support and Renewal. - Six Product Development and Life Cycle Management. - Towards Information and Knowledge in Product Realization Infrastructures. - Requirements on Product Information Management in the Sales and Service Life-cycle Phases of a Plant. - A VR-based CAD System. - Dependencies Between Design Product Models and Simulation Models. - A Manufacturing Information Infrastructure to Link Team Based Design to Global Manufacture. - Non-destructive Tracing of a Product Life Cycle Through Geometry Extraction from Radiographs. - Planning for Manufacturing Managing Connective Designs and Asymmetric Designer Knowledge in Product Consortia. - Product Modelling and Rationale Capture in Design Process. - Agent Design for LCC Information Gathering. - Information Technology and Telecommunication Infrastructure: Network Applications for Hong Kong Business and Service. - Seven Knowledge Management. - Background and Foreground Knowledge in knowledge management. - Standardised Model Data Exchange for Dispersed Systems Engineering Design Teams. - Knowledge Creation at FORTUM Engineering. - Formal Ontology for Participative Simulation. - Managing Technical Documentation for Large Defence Projects: Engineering Corporate Knowledge. - AGORA: An Integrated Knowledge Management Environment. - Eight Information Technologies for Manufacturing. - A Multi-agent Based Information Infrastructure for Manufacturing. - A Cost Estimation Tool Integrated into FIPER. - Collaboration and ApplicationIntegration: Distributed Design with Virtual CAD. - World Wide Web Adapted Geometric Model in the Context of Functional Design. - Moving XML to a Manufacturing Enterprise. - Manufacturing Enterprise Integration Using Simulation Software to Coordinate Budget Planning. - Nine Computer Integrated Manufacturing. - An Expert System for Plasma Cutting Process Quality Prediction and Optimal Parameter Suggestion. - A Computation and Control Architecture of Virtual Manufacturing Shop. - Managing the Flow of Information on the Factory Floor. - Holonic Architecture for Shop-floor Control. - Software Technology for Design System Integration. - Agility Through Design The Holonic Multi-cell Control System (HoMuCS) Architecture. - Implementation of a Layer Structured Control System on the Glue Logic'. Language: English