SOS: NDN Based Service-Oriented Game-Theoretic Efficient Security Scheme for IoT Networks

Keyphrases

• Attack Probability 33%
• Attacker 33%
• Content-specific 33%
• Data Content 33%
• Decrypt 33%
• Decryption 33%
• Encryption Algorithm 33%
• Existing State 33%
• Game Analysis 100%
• Game Model 33%
• Game-theoretic Security 33%
• Hop Count 66%
• Internet of Things 33%
• Internet of Things Devices 33%
• Internet of Things Networks 100%
• IP Address 33%
• Malicious Attacks 33%
• Malicious Node 33%
• Message Overhead 33%
• Named Data Networking 100%
• Network Scenarios 33%
• Network Security 33%
• Nonoperative 33%
• Payoff 33%
• Physical Devices 33%
• Privacy Loss 33%
• Privacy Security 33%
• Private Key 33%
• Process Data 33%
• Public Key 33%
• Public Key Encryption 33%
• Robust Security 33%
• Security Breaches 33%
• Security Scheme 100%
• Security Solutions 33%
• Sender 100%
• Service-oriented 100%
• Stackelberg Game 33%
• Time Complexity 33%
• World Wide Web 66%

Computer Science

• Attack Probability 33%
• Attackers 33%
• Collecting Data 33%
• Decryption 33%
• Encryption Technique 33%
• Internet of Things 100%
• Internet of Things Device 33%
• Malicious Attack 33%
• Network Scenario 33%
• Network Security 33%
• Physical Device 33%
• Processing Data 33%
• public key 33%
• Public Key Encryption 33%
• Security Breach 33%
• Security Solution 33%
• stackelberg game 33%
• Theoretic Model 33%
• Time Complexity 33%