
Data Privacy Management and Autonomous Spontaneous Security
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Content
- Title
- Table of Contents
- Keynote Talks
- Towards Knowledge Intensive Data Privacy
- Introduction
- The Role of Knowledge in Data Privacy
- Using Knowledge in Data Privacy: Some Examples
- Constrained Data
- Semantic Data Protection
- Knowledge-Rich Disclosure Risk Assessment
- Conclusions
- References
- Privacy in Data Publishing
- Introduction
- Protecting Privacy in Microdata Release
- Protecting Microdata against Identity Disclosure
- k-Anonymity
- k-Anonymity Variations
- Protecting Microdata against Attribute Disclosure
- $\ell$-Diversity
- t-Closeness
- Further Proposals for Protecting Microdata against Attribute Disclosure
- Open Issues
- Conclusions
- References
- Data Privacy Management
- A User-Oriented Anonymization Mechanism for Public Data
- Introduction
- Related Work
- Preliminary
- k-Anonymity
- Full-Domain Generalization
- Generalization Hierarchies
- Top-Down and Bottom-Up
- Service Model
- k-Anonymization Mechanism
- Requirements
- Functions
- Basic Algorithm
- Extension of the Algorithm
- Analysis of Prototype System
- Performance
- Comparison with Top-Down Method
- Conclusion
- References
- FAANST: Fast Anonymizing Algorithm for Numerical Streaming DaTa
- Introduction
- Related Work
- FAANST: Fast Anonymizing Algorithm for Numerical Streaming DaTa
- Information Loss Metrics
- Pseudocode
- Experimental Results
- Experiment 1
- Experiment 2
- Conclusions and Future Work
- References
- Secret-Sharing Hardware Improves the Privacy of Network Monitoring
- Introduction
- Shamir's Secret Sharing
- Improved Lagrange Interpolation
- Customized Hardware Architecture
- Implementation Results
- Conclusions
- References
- Non-uniform Stepping Approach to RFID Distance Bounding Problem
- Introduction
- Related Work
- Proposed Protocol
- Analysis
- Security Analysis
- Performance Analysis
- Protocol Comparison
- Conclusion
- References
- E-Ticketing Scheme for Mobile Devices with Exculpability
- Introduction
- Organization
- Previous Works
- Security Requirements
- Classification of Proposals
- E-Ticketing Scheme
- Phases
- Multiple Providers
- Security and Privacy of the System
- Conclusions
- References
- Privacy Enforcement and Analysis for Functional Active Objects
- Introduction
- Functional Active Objects with ASPfun
- Informal Semantics of ASPfun
- Formal ASPfun Semantics
- Broker Example
- Flexible Parameterization
- Currying in ASP$_fun$
- Hiding
- Noninterference via Hiding
- Language Based Modular Assembly Kit for Security (LB-MAKS)
- Language Based Security Characterization
- Application Example
- Conclusions
- Related Work
- Discussion and Outlook
- References
- L-PEP: A Logic to Reason about Privacy-Enhancing Cryptography Protocols
- Introduction
- Validation Logics
- Overview of Our Work
- Rubin's Logic and Enhancements
- Non-monotonicity of Knowledge vs. Non-monotonicity of Belief
- Global Definitions
- Definitions Local to Each Protocol Participant
- List of Actions
- Set of Inference Rules
- Formal Verification Process
- SET's Dual Signature
- SET's Dual Signature Formal Verification
- Private Speed Ticketing Electronic System
- Speed Ticketing Formal Verification
- Conclusions
- References
- Surveillance, Privacy and the Law of Requisite Variety
- Introduction
- Surveillance and Modelling
- Surveillance and Privacy
- Modelling the System
- ID Management versus ID Assurance
- Methodology
- Applying the Methodology
- Initial Case: An Aggregate View
- Conclusions
- References
- A Notation for Policies Using Feature Structures
- Introduction
- Feature Structures
- Applying Feature Structures to Policies
- Access Control
- Policy Expression by Feature Structures
- Converting Feature Structures to Logical Formulas
- Access Control Decision and Reasoning Range of Use
- Applying the Proposed Method to P3P
- P3P
- Expressing P3P Policies in Feature Structures
- Related Work
- Conclusion and Future Work
- References
- Autonomous and Spontaneous Security
- Securing P2P Storage with a Self-organizing Payment Scheme
- Introduction
- Problem Statement
- Related Work
- Payment-Based Storage
- Overview
- Protocol
- Simulation Experiments
- Simulation Framework
- Simulation Results
- Security Considerations
- Conclusion
- References
- STARS: A Simple and Efficient Scheme for Providing Transparent Traceability and Anonymity to Reputation Systems
- Introduction
- Related Work
- Reputation System: Operational Metrics, Vulnerabilities, and Attacks
- Operational Metrics
- Operational Vulnerabilities and Countermeasures
- A New Attack Taxonomy
- STARS: A Plug-in to Reputation Systems
- Design Assumptions and Objectives
- Design Architecture and Components
- Preliminaries
- Cryptographic Primitives and Design Principle
- Performance Validation
- Security Analysis
- Implementation and Qualitative Analysis
- Simulation-Based Quantitative Evaluations
- Concluding Remarks
- References
- DualTrust: A Distributed Trust Model for Swarm-Based Autonomic Computing Systems
- Introduction
- Autonomic Computing Systems
- Overview of Autonomic Computing Systems
- CID as a Swarm-Based ACS
- Trust Considerations in an ACS
- Protecting the Mobile Agent Sensor Swarm and Their Hosts
- Monitoring and Protecting the Autonomic Managers
- Providing Global Trust Awareness to the Orchestrating Autonomic Manager
- DualTrust: A Distributed Trust Model for Managing the Trust of Autonomic Managers
- DualTrust Foundations
- Architectural Design Requirements
- The Horizontal Dimension of DualTrust Evidence Storage and Distribution
- The Vertical Dimension of DualTrust Evidence Storage and Distribution
- Trust Evaluation
- Reputation-Enhanced Trust Relationship Scenario
- Conclusions and Future Work
- References
- MIRAGE: A Management Tool for the Analysis and Deployment of Network Security Policies
- Introduction
- MIRAGE Prototype
- Bottom-Up Analysis of Network Configurations
- Top-Down Refinement of Global Policies
- Related Works
- Conclusions
- References
- A DSL for Specifying Autonomic Security Management Strategies
- Introduction
- Related Work
- Background
- The ASPF Framework
- The DSL Approach
- Main Actors of Autonomic Security Management
- A DSL for Self-protection
- Taxonomy of Attacks
- Taxonomy of Countermeasures
- Generic Adaptation Policies (GAP)
- An Example of GAP Specification
- From DSL to Run-Time Representation
- Autonomic Adaptation Policies (AAP)
- A Sample Translation
- Conclusion
- References
- Secure and Scalable RFID Authentication Protocol
- Introduction
- Requirements for RFID Protocols
- Privacy
- Security
- Efficiency
- State of the Art
- Asymmetric Protocols
- Symmetric Protocols
- Our Proposal
- System Environment
- Protocol Phases
- Selection of Parameter MAX
- Security Analysis
- Conclusions and Future Work
- References
- Some Ideas on Virtualized System Security, and Monitors
- Introduction
- Related Work
- Simulating Decentralized Supervision, Locally
- The Weak Link: Domain Zero Administration
- A Line of Defense: MCC, LTL, and Orchids
- Conclusion
- References
- Author Index
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