A Game-Theoretically Optimal Defense Paradigm against Traffic Analysis Attacks using Multipath Routing and Deception

Keyphrases

• Adversary 20%
• Amount of Traffic 20%
• Attacker 20%
• Deception 100%
• Deception Strategy 20%
• Defense Approaches 20%
• Defensive Strategy 20%
• Eavesdropping Attack 20%
• Effective Defence 20%
• Encryption 20%
• Fake Packets 60%
• Machine Learning Algorithms 20%
• Multipath Routing 100%
• Multiple Paths 40%
• Network Traffic 20%
• On-path 20%
• Optimal Defense Strategy 100%
• Optimal Strategy 20%
• Proactive Defense 20%
• Randomized Strategy 40%
• Targeted Users 20%
• Time Information 20%
• Traffic Analysis 40%
• Traffic Analysis Attack 100%
• Traffic Flow 20%
• Traffic Pattern 20%
• User Privacy 20%
• Water-filling 20%
• Zero-sum Game 20%

Computer Science

• Attackers 14%
• Eavesdropping Attack 14%
• Machine Learning Algorithm 14%
• Maximum Effectiveness 14%
• Multipath Routing 100%
• Network Traffic 14%
• Optimal Strategy 14%
• Research Problem 14%
• Sensitive Informations 14%
• Time Information 14%
• Traffic Analysis 100%
• Traffic Pattern 14%
• User Privacy 14%