Ambient Intelligence (AmI)

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Table of contents

1 Introduction 
2 Privacy in Ambient Intelligence : Basic Concepts, Technologies and Challenges 
2.1 Introduction
2.2 Ubiquitous and Pervasive Computing
2.3 Ambient Intelligence (AmI)
2.4 Ambient Intelligence Main Applications
2.4.1 Smart Home
2.4.2 Domestic care of the elderly, Assisted Living and Healthcare
2.5 Social Connectedness
2.5.1 Social Robotics : Social Interactions with and through Ubirobots
2.5.2 Ethical Issues in Ambient Intelligence
2.6 Privacy Management in AmI Environments
2.6.1 Privacy in Social Interactions
2.6.2 Privacy in Mobile Cloud Computing
2.7 Privacy Challenges in AmI Environments
2.8 Summary
3 Privacy Management in Ambient Intelligence : State of the Art
3.1 Introduction
3.2 Privacy Requirements Analysis
3.3 Privacy by Design
3.4 Privacy Modelling
3.4.1 Semantic Modelling
3.4.2 Model-Driven Engineering
3.4.3 Model-Driven Architecture
3.4.3.1 Unied Modelling Language
3.4.3.2 Meta-Object Facility
3.4.3.3 XML Meta-data Interchange
3.4.3.4 Proles
3.4.4 Meta-modelling and Meta-Object Facility
3.4.5 Ontology versus Model-Driven Engineering
3.5 Validation of Privacy Control Systems
3.6 User Privacy Control Approaches : State of the art
3.6.1 Privacy Policy Languages
3.6.1.1 Platform for Privacy Preferences Project
3.6.1.2 Enterprise Privacy Authorization Language (EPAL)
3.6.1.3 PRIME Policy Language
3.6.2 Privacy Policies based Access Control
3.6.2.1 Classical Access Control Models
3.6.2.2 Contextual Access Control Models
3.6.2.3 Usage Control Model (UCON)
3.6.2.4 Extensible Access Control Markup Language
3.6.3 Ontology based Privacy Policy Languages
3.6.4 Analysis Framework for Privacy-aware Systems
3.7 Conclusion and Thesis Contributions
4 Semantic Privacy Management Framework 
4.1 Introduction
4.2 Semantic Framework Overview
4.2.1 Meta-model Level of Privacy Policies
4.2.2 Model Level of Privacy Policies
4.2.3 Reasoning Middleware for Privacy Management
4.2.4 Description of the Foundational Meta-models
4.2.4.1 Ontology Denition Meta-model
4.2.4.2 Business Process Denition Meta-model
4.2.4.3 Semantic Executable Platform for Mapping Privacy Policies
4.3 Privacy Meta-model for Ambient Intelligence
4.3.1 Privacy Policy Templates
4.3.2 Privacy Meta-model and the MOF
4.3.3 Privacy Meta-model Specication
4.3.3.1 Privacy Policy Core Concepts
4.3.3.2 Community Management
4.3.3.3 User Management
4.3.3.4 Context Management
4.3.4 Privacy Meta-model Overview
4.3.5 OCL Constraints Rules
4.4 Conclusion
5 Design and Implementation 
5.1 Introduction
5.2 MDA Application in the Software Development
5.2.1 Computation Independent Model
5.2.2 Platform Independent Model
5.2.3 Platform Specic Model
5.2.4 Model Transformation
5.3 Human-Robot Interaction Scenario
5.4 Semantic Privacy Framework at Runtime
5.4.1 Privacy Model for HRI Scenario
5.4.2 Privacy Policy Model for Daily Living Situations
5.4.2.1 Privacy Policy in the Normal Situations of Daily Living
5.4.2.2 Privacy Policy in Emergency Situation
5.5 Description of the LISSI’s Ubiquitous Platform
5.6 Conclusion
6 Conclusion