| Preface | 5 |
---|
| Table of Contents | 7 |
---|
| Workshop Summary: Artificial Intelligence Methods for Ambient Intelligence | 12 |
---|
| Preface | 12 |
| Workshop Organizers | 13 |
| Program Committee | 14 |
| AI Methods for Smart Environments A Case Study on Team Assistance in Smart Meeting Rooms | 15 |
---|
| Introduction | 15 |
| Intention Recognition | 16 |
| Strategy Generation | 19 |
| Summary | 23 |
| References | 23 |
| A Survey of Semantics-Based Approaches for Context Reasoning in Ambient Intelligence | 25 |
---|
| Introduction | 25 |
| Ontological Reasoning | 26 |
| Rule-Based Reasoning | 27 |
| Distributed Reasoning Techniques | 28 |
| Other Reasoning Techniques | 30 |
| Discussion | 31 |
| References | 33 |
| Distributed Reasoning with Conflicts in an Ambient Peer-to-Peer Setting | 35 |
---|
| Introduction | 35 |
| Related Work | 36 |
| Our Approach | 37 |
| Definitions | 38 |
| Problem Statement | 38 |
| {\it P2P DR} Algorithm | 39 |
| Algorithm Properties | 42 |
| Conclusion | 43 |
| References | 43 |
| Model-Based Default Refinement of Partial Information within an Ambient Agent | 45 |
---|
| Introduction | 45 |
| Case Studies | 46 |
| Wristband for Elderly | 46 |
| Crime Case | 46 |
| Basic Concepts Used | 47 |
| Representing Model-Based Interpretation in Default Logic | 49 |
| Default Logic for Model-Based Refinement of Partial Information | 49 |
| A Default Theory for the Wristband for Elderly Case | 50 |
| Crime Case Default Theory | 52 |
| Discussion | 53 |
| References | 53 |
| CAMPUS NEWS - Artificial Intelligence Methods Combined for an Intelligent Information Network | 55 |
---|
| Introduction | 55 |
| Campus News – Concept | 56 |
| System Architecture | 57 |
| Content Entry | 58 |
| AI Methods | 59 |
| Concept Filtering | 59 |
| Message Filtering | 60 |
| Results and Outlook | 61 |
| References | 62 |
| Searching for Temporal Patterns in AmI Sensor Data | 64 |
---|
| Introduction | 64 |
| Description of the Problem and Related Work | 65 |
| T-patterns | 66 |
| The Modified T-pattern Algorithm | 67 |
| Testing Independence between Two Temporal Point Processes | 67 |
| Modelling {\it T_{AB}} Times | 68 |
| Experimental Results | 68 |
| Conclusion | 72 |
| References | 73 |
| Evaluating Ubiquitous Systems with Users (Workshop Summary) | 74 |
---|
| Introduction | 74 |
| Current Approaches to Evaluation | 75 |
| Issues and Research Questions | 77 |
| Data Sources for Evaluation | 77 |
| Comparability | 79 |
| Benefit of Interdisciplinary Evaluation | 80 |
| Combining Quantitative and QualitativeMethods | 80 |
| Factoring in the Context | 81 |
| Disengagement | 82 |
| Related Events | 83 |
| Conclusion and Outlook | 84 |
| References | 84 |
| Preface to MDSE4AmI 2007 | 86 |
---|
| Modeling for Users | 88 |
---|
| Introduction | 88 |
| Finding User Concerns | 89 |
| Modeling User Concerns | 90 |
| The Contextual Semantics | 90 |
| Product Building and Design | 91 |
| Related Work | 92 |
| Conclusions | 93 |
| References | 93 |
| Usability Aware Model Driven Development of User Interfaces | 94 |
---|
| Introduction | 94 |
| Meta Models | 95 |
| Usability Evaluation | 95 |
| Example | 97 |
| Implementation of the Framework | 98 |
| Usability Metrics During Application Development | 99 |
| Example Metric | 100 |
| Conclusion | 101 |
| References | 102 |
| An Agent-Based Generic Model for Human-Like Ambience | 104 |
---|
| Introduction | 104 |
| Modelling Approach | 105 |
| Global Structure of the Agent-Based Generic Model | 106 |
| Generic Ambient Agent and World Model | 109 |
| Case Studies | 112 |
| Discussion | 112 |
| References | 113 |
| Model-Driven Approach to the Implementation of Context-Aware Applications Using Rule Engines | 115 |
---|
| Introduction | 115 |
| Approach | 116 |
| ECA-DL | 118 |
| Jess | 119 |
| Transformation Specification | 120 |
| Conclusions and Further Work | 122 |
| References | 123 |
| Multimodal User Interaction in Smart Environments: Delivering Distributed User Interfaces | 124 |
---|
| Introduction | 124 |
| Related Work | 125 |
| Interaction Channels | 125 |
| Delivering User Interfaces | 126 |
| The Multi-access Service Platform | 127 |
| Conclusion and Future Work | 129 |
| References | 130 |
| Distributed User Interfaces in Ambient Environment
|