| Title | 1 |
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| Foreword | 5 |
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| Editors | 7 |
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| Preface | 9 |
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| Table of Contents | 11 |
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| Advances in Multimedia Services in Intelligent Environments Integrated Systems | 13 |
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| Introduction | 13 |
| Conclusions | 14 |
| References and Further Reading | 14 |
| Use of GIS and Multi-Criteria Evaluation Techniques in Environmental Problems | 16 |
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| Introduction | 16 |
| The Boolean Evaluation Use of GIS in Siting Stabilization Pond Facilities for Domestic Wastewater Treatment | 17 |
| Analyzing the Variables | 20 |
| Sizing and Performance Criteria of Natural Wastewater Treatment Systems | 21 |
| Discussion | 25 |
| Weighted Linear Combination Combining GIS, Multicriteria Evaluation Techniques and Fuzzy Logic in Siting MSW Landfills | 26 |
| Criteria Group Description and Application | 31 |
| Results | 40 |
| Discussion | 46 |
| Weighted Linear Combination Assessment of Groundwater Vulnerability to Pollution: A Combination of GIS, Fuzzy Logic and Decision Making Techniques | 47 |
| Methodology Application | 49 |
| Aggregation Procedure and Results | 60 |
| Discussion | 65 |
| Conclusions | 67 |
| References | 70 |
| Integrating Multimedia GIS Technologies in a Recommendation System for Geotourism | 74 |
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| Introduction | 74 |
| Requirements Analysis and MMGIS Database Design | 76 |
| Design of the Recommendation System | 78 |
| Implementation Issues of Multimedia GIS | 80 |
| Conclusions | 83 |
| References | 83 |
| Lighting Design Tools for Interactive Entertainment | 86 |
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| Introduction | 86 |
| Traditional Lighting | 89 |
| Game Lighting | 89 |
| Related Work | 90 |
| Architectural Inverse Lighting | 90 |
| Perceptual Inverse Lighting | 91 |
| Interactive Inverse Lighting | 92 |
| Expressive Lighting Engine (ELE) | 92 |
| System for Automated Interactive Lighting (SAIL) | 93 |
| Image Analysis | 94 |
| Modeling an Object s Response to Light | 96 |
| Runtime Lighting | 96 |
| Study Design | 97 |
| Participants | 97 |
| Study Design | 97 |
| Study Results | 99 |
| Images as Interface | 99 |
| Reflection of Natural Lighting | 104 |
| Conclusions A Look into the Future of Lighting Design Tools | 111 |
| References | 113 |
| Utilization of Fuzzy Rules in Computer Character Animation | 114 |
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| Introduction | 114 |
| Animation Parameterization | 115 |
| Motion Data Processing | 117 |
| Relations between Animation Features | 118 |
| Generation of Rules | 120 |
| Results | 123 |
| System Efficiency | 124 |
| Animation System | 126 |
| Conclusions | 126 |
| References | 128 |
| Instructional Design of a Requirements Engineering Education Course for Professional Engineers | 130 |
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| Introduction | 130 |
| Educational Styles for RE | 132 |
| Teaching Materials | 134 |
| Introduction to RE | 135 |
| Quality of SRS | 136 |
| Actual Project Situation for Requirements Changes | 137 |
| Means of Achieving RE Goals | 140 |
| Instructional Design of Course | 143 |
| Course Products | 143 |
| Method Selection | 146 |
| Style Selection | 148 |
| Schedule Planning | 149 |
| Course Experience | 152 |
| Workshop Assignment | 152 |
| Products | 154 |
| Evaluation | 155 |
| Conclusions | 158 |
| References | 160 |
| Building Intelligent E-Learning Systems by Activity Monitoring and Analysis | 163 |
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| Introduction | 163 |
| Related Work | 165 |
| Concept Maps | 166 |
| K-Means Clustering Algorithm | 167 |
| Software Architecture of Tesys E-Learning Platform | 169 |
| Monitoring Activity in Tesys E-Learning Platform | 171 |
| Data Filtering and Obtaining Recommendations | 172 |
| Analysis Process and Experimental Results | 173 |
| Discusson and Conclusion | 180 |
| References | 182 |
| Supporting the Search for Explanations of Medical Exceptions | 185 |
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| Introduction | 185 |
| ISOR-1: Investigating Therapy Inefficacy | 186 |
| System Architecture | 189 |
| Illustration | 191 |
| ISOR-2: Explaining Exceptional Cases | 195 |
| Dialyse and Fitness | 196 |
| Data | 197 |
| Setting up a Model | 197 |
| Setting Up a Case-Base | 199 |
| Illustration of ISOR-2 s Program Flow | 201 |
| Another Problem | 203 |
| Exceptional Cases and Outliers | 203 |
| Discussion | 204 |
| Conclusion | 205 |
| References | 207 |
| Security in Medical Telediagnosis | 210 |
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| Introduction | 210 |
| Security Requirements for Telemedicine and Telediagnosis | 213 |
| Methods of Authentication | 215 |
| Authentication Possibilities | 216 |
| SSO Modalities | 218 |
| Secured Data Storage | 220 |
| DICOM Standard | 220 |
| Security Requirements for Medical Data Storage | 221 |
| Distributed Storage of Medical Data | 222 |
| Secured Data Transfer | 222 |
| Vulnerabilities of Telemedecine s Networks | 223 |
| To Secure Data Transfer in Telemedecine Network | 226 |
| Presentation of Secured Telemedicine Software | 228 |
| Conclusion | 231 |
| References | 232 |
| Audio Content Analysis in the Urban Area Telemonitoring System | 236 |
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| Introduction | 236 |
| Audio Analysis for Detection of Threats | 236 |
| Automatic Classification of Sounds for Security Purposes | 237 |
| Localization of Sound Source | 243 |
| Integration of Audio Analysis Module with Monitoring System | 246 |
| Summary | 247 |
| References | 248 |
| Video Content Analysis in the Urban Area Telemonitoring System | 249 |
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