| Preface | 5 |
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| Organization | 7 |
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| Table of Contents | 11 |
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| Keynotes | 11 |
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| Embedded Sensor Networks | 16 |
| Future of Software Engineering | 17 |
| Seeing beyond Computer Science and Software Engineering | 18 |
| System on Mobile Devices Middleware: Thinking beyond Basic Phones and PDAs | 19 |
| Session 1. Storage and Retrieval Systems | 11 |
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| A Reduced Lattice Greedy Algorithm for Selecting Materialized Views | 21 |
| Introduction | 21 |
| Greedy Based Algorithms | 22 |
| Algorithm HRU | 23 |
| Algorithm RLGA | 24 |
| Complexity Analysis – RLGA | 26 |
| An Example | 27 |
| Comparison – RLGA vs. HRU | 28 |
| Conclusion | 32 |
| References | 32 |
| Improving Expression Power in Modeling OLAP Hierarchies | 34 |
| Introduction | 34 |
| Related Work | 35 |
| Motivating Example | 36 |
| The MultiDim Model | 37 |
| Hierarchies: Their Representation and Implementation | 39 |
| Balanced Hierarchies | 39 |
| Unbalanced Hierarchies | 39 |
| Recursive Hierarchies | 40 |
| Non-covering Hierarchies | 41 |
| Non-strict Hierarchies | 42 |
| Alternative Hierarchies | 43 |
| Parallel Hierarchies | 44 |
| Conclusions | 44 |
| References | 45 |
| A Hybrid Information Retrieval System for Medical Field Using MeSH Ontology | 46 |
| Introduction | 46 |
| Related Work | 47 |
| Proposed Approach | 49 |
| Applying Classic Information Retrieval Techniques to the Corpus | 49 |
| Semantic Annotation of Documents | 49 |
| Semantic Retrieval Algorithm | 49 |
| Combining Semantic and Syntactic Approaches | 51 |
| Experiment and Results | 51 |
| Discussion | 53 |
| Conclusion and Future Work | 54 |
| References | 54 |
| Session 2. Data Mining and Classification | 11 |
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| Mining Rare Events Data for Assessing Customer Attrition Risk | 56 |
| Introduction | 56 |
| Data Structure for Events Prediction | 57 |
| Case-Based Sampling | 58 |
| Predictive Modeling | 59 |
| Results | 60 |
| References | 61 |
| Extraction and Classification of Emotions for Business Research | 62 |
| Introduction and Related Work | 62 |
| An Overview of Happiness Extraction | 62 |
| Classification | 63 |
| Conclusion and Future Work | 67 |
| References | 68 |
| Data Shrinking Based Feature Ranking for Protein Classification | 69 |
| Introduction | 69 |
| Related Work | 71 |
| Methodology | 71 |
| Data Shrinking | 72 |
| Proposed Shrinking Method | 72 |
| Proposed Feature Selection Method | 75 |
| Experiments and Results | 76 |
| Comparative Study | 76 |
| Conclusion | 77 |
| References | 77 |
| Session 3. Managing Digital Goods and Services | 11 |
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| Value-Based Risk Management for Web Information Goods | 79 |
| Introduction | 79 |
| Related Work | 80 |
| Business Models | 80 |
| Information Goods | 82 |
| Value-Based Risk Identification | 82 |
| Risks Present after Transferring Right and Custody | 83 |
| Risks Associated with the Transfer of Custody | 84 |
| Risks Associated with Value Object Features | 84 |
| Risk Mitigation Instruments | 85 |
| Mitigating Risks Present after Transfer of Right and Custody | 86 |
| Mitigating Risks Associated with the Transfer of Custody | 87 |
| Mitigating Risks Associated with Value Object Features | 87 |
| Identifying New Processes | 88 |
| Conclusion | 89 |
| References | 90 |
| Quality and Business Offer Driven Selection of Web Services for Compositions | 91 |
| Introduction | 91 |
| Related Work | 92 |
| QoS of Web Services | 92 |
| QoS Aggregation for the Composition Patterns | 93 |
| Motivating Example | 93 |
| Business Offer Model for Web Services | 94 |
| Value Based Business Offers | 94 |
| Commodity Based Business Offers | 94 |
| Conditional and Probabilistic Business Offers | 94 |
| Composition Requirements on QoS and Business Offers | 95 |
| Composition Requirements | 95 |
| Composition Requirement Modeling | 95 |
| Broker Based Architecture for Compositions | 96 |
| Roles and Operations | 96 |
| Component Interactions | 97 |
| The Service Selection Model for Compositions | 98 |
| Evaluation of Business Offers | 98 |
| Business Offer (BO) Aggregation | 98 |
| Composition Structure | 98 |
| The Selection Algorithm | 99 |
| QoS and BO Computation | 99 |
| Illustration for Selection | 100 |
| Conclusion | 101 |
| References | 102 |
| Managing Sustainability with the Support of Business Intelligence Methods and Tools | 103 |
| Introduction | 103 |
| Sustainability and CSR Issues | 104 |
| BI (Business Intelligence) Methods and Tools | 105 |
| Looking for Information Planning Methods That Integrate Sustainability | 106 |
| Research Approach | 107 |
| Cases Selection | 108 |
| Data Collection | 108 |
| Data Analysis | 109 |
| Research Results from a Grounded Theory Approach | 109 |