دانلود کتاب Advances in Cyber Security: Principle, Techniques, and Applications

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Foreword I Foreword II Preface Acknowledgements Contents Stateful Public-Key Encryption: A Security Solution for Resource-Constrained Environment 1 Introduction 2 Preliminaries 2.1 Notations 2.2 Formal Definitions of Stateful Public-Key Encryption and Its Security 2.3 Symmetric Encryption 2.4 Computational Problems 2.5 Making Use of ``Advantages'' 3 Taxonomy of Stateful Public-Key Encryption 4 Basic Schemes 4.1 Nongeneric Schemes 4.2 Generic Schemes 5 Extended Schemes 5.1 Nongeneric Schemes 5.2 Generic Schemes 6 Implementations and Applications 7 Open Problems References Non-intrusive Load Monitoring Algorithms for Privacy Mining in Smart Grid 1 Introduction 2 General Process of the NILM Approach 2.1 Data Preprocess 2.2 Event Detection and Feature Extraction 2.3 Energy Consumption Learning and Appliance Inference 3 Examples 3.1 A Supervised Learning and Inferring Example 3.2 An Unsupervised Learning and Inferring Example 4 Applications of NILM 4.1 Optimization of Power Use Strategy 4.2 Fault Detection and Diagnosis 4.3 Demand Response 5 Conclusions and Future Work References Accountable Anonymous Credentials 1 Introduction 1.1 Organizations 2 Classification of ACS 3 Survey of Existing Schemes 4 Recent Research in Anonymous Credential Systems 4.1 Decentralized Anonymous Credential Systems 4.2 Post-Quantum Secure Anonymous Credential Systems 5 Applications of Anonymous Credential Systems to Cryptocurrencies 6 Conclusion References CAPTCHA Design and Security Issues 1 Introduction 2 Text-Based CAPTCHAs 2.1 Security and Usability 2.2 Attacking CAPTCHAs 2.3 Design Variants 3 Image-Based CAPTCHAs 4 Audio CAPTCHAs 5 Other Designs and Issues 6 Conclusion References Ring Signature 1 Introduction 1.1 Variants 1.2 Applications 2 Security Model 2.1 Ring Signature 2.2 Linkable Ring Signature 3 Construction of Basic Schemes 3.1 Ring Signature 3.2 Linkable Ring Signature 4 Ring Confidential Transaction 4.1 Formalization of RingCT 4.2 Security Definitions 4.3 Technical Description 4.4 Range Proof 5 Future Works References Data Authentication with Privacy Protection 1 Introduction 2 Formal Definition of General RSSs 2.1 Algorithm Definition 2.2 Security Definition 3 Overview of Arbitrary Redaction Control in RSSs 3.1 Problem Formulation 3.2 Countermeasures 4 Preliminaries 4.1 Access Structure 4.2 Monotone Span Program 4.3 Linear Secret-Sharing Scheme 4.4 Threshold Secret-Sharing Schemes 4.5 Access Tree 4.6 Quasi-commutative Accumulator 4.7 Digital Signature Schemes 5 Concrete Solutions of Redaction Control in RSSs 5.1 Solution Based on MSP and LSSS 5.2 Solution Based on TSSS 5.3 Solution Based on Access Tree 6 Analysis of the Proposed Constructions 6.1 Security Analysis 6.2 Efficiency Analysis 7 Conclusion References A Methodology for Retrofitting Privacy and Its Application to e-Shopping Transactions 1 Introduction 1.1 Organization 2 Related Work 3 Methodology 4 Preliminaries 5 The Reference e-Shopping Process 5.1 Identifying the Threats 5.2 Starting Point 6 System with a High Level of Privacy and Less Functionalities 6.1 Privacy Goal 6.2 Approach for Privacy Enhancements 6.3 System Processes 6.4 How to Proceed to the Next Step 7 Privacy-Enhanced System with Richer Functionality 7.1 Our Approach 7.2 System Description 8 Security 8.1 Security Properties 8.2 Security of Our System 9 Testing Environment and Results 10 Additional Functionality for the Full System 11 Conclusion and Future Work 11.1 Sketch on ZK Approach for Fraud References Pseudonymous Signature Schemes 1 Introduction 2 Application Scenarios and Requirements 2.1 Login Functionality 2.2 Record Authentication in Reputation Systems 2.3 Anonymization in a Filing System 2.4 Privacy-Preserving Self-organization 2.5 Direct Anonymous Attestation 3 Legal Framework 3.1 GDPR 3.2 EIDAS 3.3 Domain Signatures Versus EU Regulations 4 Taxonomy of Domain Signature Systems 4.1 Domain Creation 4.2 Joining 4.3 Revocation 4.4 Deanonymization 4.5 Continuity 4.6 Taxonomy for Example Application Cases 5 Security Models 5.1 Unforgeability 5.2 Seclusiveness 5.3 Unlinkability 6 Algorithms 6.1 Solutions Based on Whitelists 6.2 Pseudonymous Signatures (BSI) 6.3 Schemes Based on SDH Assumption 6.4 Schemes Based on LRSW Assumption 6.5 Certificate-Based Approach 6.6 Schemes Based on Pointcheval–Sanders Signatures 7 Deanonymization and Revocation 7.1 Deanonymization for Hash-Based dPK 7.2 Deanonymization for dPK with Known Discrete Logarithm 7.3 Two-Dimensional Domain Signatures 7.4 Pseudonym Conversion Between Domains 7.5 Revocation 8 Continuity 8.1 Two-Component Keys 8.2 Transition to a New Key 9 Trust and Subversion Resilience 9.1 Trapdoors Breaking Unlinkability 9.2 Leakage and Hidden Fingerprinting References