| Keynote Addresses | |
| Entity Resolution: Overview and Challenges | p. 1 |
| Towards a Statistically Semantic Web | p. 3 |
| Invited Talk | |
| The Application and Prospect of Business Intelligence in Metallurgical Manufacturing Enterprises in China | p. 18 |
| Conceptual Modeling I | |
| Conceptual Modelling - What and Why in Current Practice | p. 30 |
| Entity-Relationship Modeling Re-revisited | p. 43 |
| Modeling Functional Data Sources as Relations | p. 55 |
| Conceptual Modeling II | |
| Roles as Entity Types: A Conceptual Modelling Pattern | p. 69 |
| Modeling Default Induction with Conceptual Structures | p. 83 |
| Reachability Problems in Entity-Relationship Schema Instances | p. 96 |
| Conceptual Modeling III | |
| A Reference Methodology for Conducting Ontological Analyses | p. 110 |
| Pruning Ontologies in the Development of Conceptual Schemas of Information Systems | p. 122 |
| Definition of Events and Their Effects in Object-Oriented Conceptual Modeling Languages | p. 136 |
| Conceptual Modeling IV | |
| Enterprise Modeling with Conceptual XML | p. 150 |
| Graphical Reasoning for Sets of Functional Dependencies | p. 166 |
| ER-Based Software Sizing for Data-Intensive Systems | p. 180 |
| Data Warehouse | |
| Data Mapping Diagrams for Data Warehouse Design with UML | p. 191 |
| Informational Scenarios for Data Warehouse Requirements Elicitation | p. 205 |
| Extending UML for Designing Secure Data Warehouses | p. 217 |
| Schema Integration I | |
| Data Integration with Preferences Among Sources | p. 231 |
| Resolving Schematic Discrepancy in the Integration of Entity-Relationship Schemas | p. 245 |
| Managing Merged Data by Vague Functional Dependencies | p. 259 |
| Schema Integration II | |
| Merging of XML Documents | p. 273 |
| Schema-Based Web Wrapping | p. 286 |
| Web Taxonomy Integration Using Spectral Graph Transducer | p. 300 |
| Data Classification and Mining I | |
| Contextual Probability-Based Classification | p. 313 |
| Improving the Performance of Decision Tree: A Hybrid Approach | p. 327 |
| Understanding Relationships: Classifying Verb Phrase Semantics | p. 336 |
| Data Classification and Mining II | |
| Fast Mining Maximal Frequent ItemSets Based on FP-Tree | p. 348 |
| Multi-phase Process Mining: Building Instance Graphs | p. 362 |
| A New XML Clustering for Structural Retrieval | p. 377 |
| Web-Based Information Systems | |
| Link Patterns for Modeling Information Grids and P2P Networks | p. 388 |
| Information Retrieval Aware Web Site Modelling and Generation | p. 402 |
| Expressive Profile Specification and Its Semantics for a Web Monitoring System | p. 420 |
| Query Processing I | |
| On Modelling Cooperative Retrieval Using an Ontology-Based Query Refinement Process | p. 434 |
| Load-Balancing Remote Spatial Join Queries in a Spatial GRID | p. 450 |
| Expressing and Optimizing Similarity-Based Queries in SQL | p. 464 |
| Query Processing II | |
| XSLTGen: A System for Automatically Generating XML Transformations via Semantic Mappings | p. 479 |
| Efficient Recursive XML Query Processing in Relational Database Systems | p. 493 |
| Situated Preferences and Preference Repositories for Personalized Database Applications | p. 511 |
| Web Services I | |
| Analysis and Management of Web Service Protocols | p. 524 |
| Semantic Interpretation and Matching of Web Services | p. 542 |
| Intentional Modeling to Support Identity Management | p. 555 |
| Web Services II | |
| WUML: A Web Usage Manipulation Language for Querying Web Log Data | p. 567 |
| An Agent-Based Approach for Interleaved Composition and Execution of Web Services | p. 582 |
| A Probabilistic QoS Model and Computation Framework for Web Services-Based Workflows | p. 596 |
| Schema Evolution | |
| Lossless Conditional Schema Evolution | p. 610 |
| Ontology-Guided Change Detection to the Semantic Web Data | p. 624 |
| Schema Evolution in Data Warehousing Environments - A Schema Transformation-Based Approach | p. 639 |
| Conceptual Modeling Applications I | |
| Metaprogramming for Relational Databases | p. 654 |
| Incremental Navigation: Providing Simple and Generic Access to Heterogeneous Structures | p. 668 |
| Agent Patterns for Ambient Intelligence | p. 682 |
| Conceptual Modeling Applications II | |
| Modeling the Semantics of 3D Protein Structures | p. 696 |
| Risk-Driven Conceptual Modeling of Outsourcing Decisions | p. 709 |
| A Pattern and Dependency Based Approach to the Design of Process Models | p. 724 |
| UML | |
| Use of Tabular Analysis Method to Construct UML Sequence Diagrams | p. 740 |
| An Approach to Formalizing the Semantics of UML Statecharts | p. 753 |
| Applying the Application-Based Domain Modeling Approach to UML Structural Views | p. 766 |
| XML Modeling | |
| A Model Driven Approach for XML Database Development | p. 780 |
| On the Updatability of XML Views Published over Relational Data | p. 795 |
| XBiT: An XML-Based Bitemporal Data Model | p. 810 |
| Industrial Presentations I: Applications | |
| Enterprise Cockpit for Business Operation Management | p. 825 |
| Modeling Autonomous Catalog for Electronic Commerce | p. 828 |
| GiSA: A Grid System for Genome Sequences Assembly | p. 831 |
| Industrial Presentations II: Ontology in Applications | |
| Analytical View of Business Data: An Example | p. 834 |
| Ontological Approaches to Enterprise Applications | p. 838 |
| FASTAXON: A System for FAST (and Faceted) TAXONomy Design | p. 841 |
| CLOVE: A Framework to Design Ontology Views | p. 844 |
| Demos and Posters | |
| iRM: An OMG MOF Based Repository System with Querying Capabilities | p. 850 |
| Visual Querying for the Semantic Web | p. 852 |
| Query Refinement by Relevance Feedback in an XML Retrieval System | p. 854 |
| Semantics Modeling for Spatiotemporal Databases | p. 856 |
| Temporal Information Management Using XML | p. 858 |
| SVMgr: A Tool for the Management of Schema Versioning | p. 860 |
| GENNERE: A Generic Epidemiological Network for Nephrology and Rheumatology | p. 862 |
| Panel | |
| Beyond Webservices - Conceptual Modelling for Service Oriented Architectures | p. 865 |
| Author Index | p. 867 |
| Table of Contents provided by Publisher. All Rights Reserved. |
