Efficient Distributed Signcryption Scheme as Group Signcryption 1st edition by DongJin Kwak, SangJae Moon ISBN 3540202080 9783540202080

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Product details:

ISBN 10:       3540202080
ISBN 13: 978-3540202080
Author:         DongJin Kwak, SangJae Moon
 

Efficient Distributed Signcryption Scheme as Group Signcryption 1st Table of contents:

1. Introduction

   • 1.1 Overview of Signcryption
   • 1.2 The Need for Distributed and Group Signcryption
   • 1.3 Key Challenges in Group Signcryption
   • 1.4 Motivation for an Efficient Distributed Signcryption Scheme
   • 1.5 Paper Organization

2. Background and Related Work

   • 2.1 Cryptographic Primitives: Encryption and Signature
   • 2.2 Signcryption: Definition and Advantages
   • 2.3 Group Signcryption: Principles and Approaches
   • 2.4 Existing Distributed Signcryption Schemes
   • 2.5 Comparisons and Limitations of Current Schemes

3. Preliminaries

   • 3.1 Notations and Terminology
   • 3.2 Security Models in Signcryption
   • 3.3 Key Assumptions for the Proposed Scheme
   • 3.4 Mathematical Tools and Cryptographic Background

4. Proposed Efficient Distributed Signcryption Scheme

   • 4.1 Overview of the Scheme
   • 4.2 System Architecture and Setup
   • 4.3 Key Generation and Distribution Mechanism
   • 4.4 The Signcryption Process for Group Communication
   • 4.5 Decryption and Signature Verification
   • 4.6 Handling Multiple Participants in the Group
   • 4.7 Optimizations for Efficiency

5. Security Analysis

   • 5.1 Security Goals for Distributed Signcryption
   • 5.2 Formal Security Definitions
   • 5.3 Proof of Security (Semantic Security, Unforgeability)
   • 5.4 Resistance to Attacks: Eavesdropping, Replay, and Man-in-the-Middle
   • 5.5 Security in the Group Setting: Collusion and Misbehavior

6. Performance Evaluation

   • 6.1 Computational Complexity of the Scheme
   • 6.2 Efficiency in Large-Scale Group Settings
   • 6.3 Comparison with Existing Signcryption and Group Communication Protocols
   • 6.4 Experimental Results: Latency, Throughput, and Scalability
   • 6.5 Real-World Feasibility

7. Applications and Use Cases

   • 7.1 Group Communications in Distributed Systems
   • 7.2 Secure Messaging in Peer-to-Peer Networks
   • 7.3 Multi-Party Protocols and Blockchain Technologies
   • 7.4 Secure Collaboration in Cloud Computing
   • 7.5 Privacy-Preserving Group Authentication and Access Control

8. Challenges and Limitations

   • 8.1 Scalability in Large Groups
   • 8.2 Key Management and Revocation
   • 8.3 Ensuring Forward and Backward Security
   • 8.4 Handling Dynamic Group Membership
   • 8.5 Trust and Misbehavior Among Participants

9. Future Directions

   • 9.1 Enhancing Efficiency for Resource-Constrained Environments
   • 9.2 Incorporating Lightweight Cryptographic Primitives
   • 9.3 Exploring Blockchain for Distributed Signcryption Applications
   • 9.4 Extending to Hybrid Cloud and Edge Computing Environments
   • 9.5 Adaptations for Quantum-Resilient Cryptography

10. Conclusion

• 10.1 Summary of Contributions
• 10.2 Impact of the Proposed Scheme in Distributed and Group Communication
• 10.3 Future Prospects for Distributed Signcryption
• 10.4 Final Remarks

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