A batch-authenticated and key agreement framework for P2P-based online social networks

Keyphrases

• Online Social Networks 100%
• Authentication Protocol 42%
• Multiple Users 28%
• Non-repudiation 28%
• Batch Authentication 28%
• Proxy Encryption 14%
• Low Computational Complexity 14%
• Security Requirements 14%
• Facebook 14%
• Security Issues 14%
• One-way Hash Function 14%
• Proxy-based 14%
• Security Privacy 14%
• Passive Adversary 14%
• Resource-constrained Devices 14%
• Mutual Authentication 14%
• Privacy Concerns 14%
• Security Framework 14%
• MySpace 14%
• Cryptosystem 14%
• Authentication Server 14%
• ElGamal 14%
• Certificate-based 14%
• Security Features 14%
• Asymmetric Encryption 14%
• Centralized Authentication 14%
• Implicit Key Authentication 14%
• Hash Based Authentication 14%
• Proxy Certificate 14%

Computer Science

• Online Social Networks 100%
• Authentication Protocol 42%
• Nonrepudiation 28%
• Computational Cost 14%
• Security Requirements 14%
• Facebook 14%
• One-Way Hash Function 14%
• Mutual Authentication 14%
• Security Framework 14%
• Key Authentication 14%
• Authentication Server 14%
• Security and Privacy 14%
• Asymmetric Encryption 14%
• Security Feature 14%
• Cryptography 14%