Leading the Web in Concurrent Engineering: Next Generation Concurrent Engineering"This publication contains papers on the recent advances in concurrent engineering research and applications. Concurrent Engineering (CE) is known as a strategic weapon to achieve industrial competitiveness by developing products better, cheaper and faster using multi-functional teamwork. With this book, the editors focus on developing new methodologies, techniques and tools based on Web technologies required to support the key objectives of CE. For several years, with different technologies of information diffusion and sharing provided by the Web, new opportunities have appeared to improve the concurrent engineering approach. This book brings together concurrent engineering with Web technology and applications. The Web is not merely an immense book where people can search, browse, and view information. It is also a vast database that can allow computers to do more useful work. By developing a Web that holds information for both human and machine processing, people solve problems that would otherwise be too tedious or complex to solve. This book is of interest to researchers, industrials and students interested in the recent advances in concurrent engineering research and applications." |
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Contents
The Ubiquitous Web | 3 |
EADS Pilot Based on ATHENA Results | 10 |
Wavelets to Enhance Computational Intelligence in ComputerAided | 22 |
A Roadmap from Methodology | 32 |
An AutomatonBased Approach for Web Service Mediation | 47 |
Towards an OntologyEnabled Approach Helping SMEs to Access | 57 |
Creating a Network of Decentralised Portals | 80 |
Autonomic Workflow Management in AgentBased Structural Health | 95 |
The Role of Associations in CAD and PLM for Handling Change | 507 |
Platform Module Design for Variety and Cost of Product Family | 523 |
Progress Toward and the Promise of Multidiscipline Engine Simulation | 539 |
Intelligent Layout Design for Complex Mechatronic Products Based | 552 |
A Fuzzy QFD Approach for Designing Internal Processes for Air Cargo | 560 |
CAD Interactions for Increasing Designers Awareness of Manufacturability | 568 |
Concurrent Conceptual Design of MovableCounterweights Method | 576 |
Proposal for a Product Model Dedicated to the Foundry Industry | 587 |
An Assured Environment for Collaborative Engineering Using Web Services | 111 |
A Distributed Architecture for Collaborative Design | 128 |
Supporting Interactive and Collaborative Product Configuration for Internet | 143 |
Focus on Changes Impact | 161 |
OntologyBased Mediation System | 181 |
Managing Concurrent Engineering Design Processes and Associated | 198 |
Combining Ontology Engineering with HTN Planning | 214 |
Improving Mappings Discovery for Semantic Interoperability | 227 |
Using Context to Improve Semantic Interoperability | 243 |
Knowledge Acquisition for Generative Model Construction | 263 |
An Approach for Building Project Memories to Facilitate Design Process | 279 |
Knowledge and Object Phylogenetic Production Cascades The TELOS Case 96 | 296 |
Knowledge Management to Support Lean Product Development | 304 |
Capitalization of Knowledge from Projects | 317 |
The Ubiquitous Factory of the Future Based on STEPNC | 337 |
System Engineering Applied to Specification and Characterisation of Data | 354 |
Secured Information System for Concurrent Engineering Applications | 389 |
Concurrent Use in an Image Management System | 403 |
Multilingual Indexing Based on Ontologies | 418 |
Using External Knowledge to Solve MultiDimensional Queries | 426 |
An IR Model Based on a SubTree Representation | 450 |
Business Development Process Assisted by QFD | 469 |
XX | 485 |
Concurrent Engineering and the Dynaxity Approach How to Benefit | 488 |
Transmission Systems Design Decisions MultiCriteria Optimization | 595 |
An Object Oriented Extensible Architecture for MultiLevel Systems Analysis | 603 |
An HTN Planning Approach for Power System Scheduling Using SHOP2 | 611 |
The PDES Workbench | 619 |
Process Chains of Machining Tools | 627 |
Parallel hpFinite Element Simulations of 3D Resistivity Logging Instruments | 635 |
Knowledge Driven Optimization and Finite Element Analysis of Aircraft | 643 |
Integrated Approach for Developing Agile Strategy | 663 |
Product Family Design Based on Real Options Valuation | 671 |
Application of Information Theory to the Quantification of Concurrent | 679 |
A Proposed Method for Cost Estimating for Low Volume Infrequent | 699 |
Understanding Decision Making in Cost Engineering Using Protocol Analysis | 707 |
Incorporating Cost Analysis in a Multi Disciplinary Design Environment | 729 |
Transferring Knowledge Between Implementers when Building | 749 |
Adapting the ELO Rating System to Competing Subpopulations in a ManHill | 766 |
The Evaluation of Advantageous Industries and the Analysis of Their Global | 787 |
Concurrent Engineering Application on the Development of Parts for | 805 |
Methods and Tools to Support the Cooperative Design of Oneofakind | 818 |
Games Requirements | 826 |
Study on Rough SetBased Clustering Result Presentation Method for High | 844 |
Enterprise System Implementation in Integrated Context | 863 |
883 | |
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according activities agent allows analysis application approach architecture assembly associated attributes authors collaborative communication complex component Computer concept concurrent engineering considered constraints construction context cost create defined definition dependency described detailed dimensions documents domain effective elements enable engineering enterprise environment estimate evaluation example exchange expressed Figure final formal framework function identified implementation important improve industry integration interface International knowledge language learning logistics manufacturing mapping material means method objects ontology operation optimization organization performance planning platform possible presented problem product development proposed query reference representation represented requirements rules semantic sharing shows simulation solution specific stage standard STEP strategy structure Table task University