Game Theoretic Path Selection to Support Security in Device-to-Device Communications

Keyphrases

• Routing Protocol 100%
• Path Selection 100%
• Malware 100%
• Device-to-device Communication 100%
• Game Analysis 100%
• Mobile Devices 66%
• Mobile Edge Computing 66%
• Malware Detection 66%
• Routing Decision 66%
• Anti-malware Software 66%
• D2D Communication 66%
• World Wide Web 33%
• Theoretical Modeling 33%
• Quality of Service 33%
• Decentralized Network 33%
• Energy Consumption 33%
• Communication Infrastructure 33%
• Cellular Coverage 33%
• Network Path 33%
• Energy Quality 33%
• Device-to-device (D2D) Communication 33%
• Network Device 33%
• D2D Networks 33%
• Communication Device 33%
• 5G Networks 33%
• Nonzero-sum 33%
• Generated Network 33%
• Encryption 33%
• Network Routing Protocol 33%
• Cooperative Detection 33%
• Network Simulation 33%
• Equilibrium Strategy 33%
• Service Consumption 33%
• Computational Tasks 33%
• Network Stress 33%
• Optimality Analysis 33%
• Detection Cost 33%
• Malware Attacks 33%
• Mobile Malware 33%
• Expected Payoff 33%
• Security Support 33%
• Network Scenarios 33%
• Optimal Networks 33%
• Stackelberg Security Game 33%
• Mobile Edge 33%

Computer Science

• Path Selection 100%
• Routing Protocol 100%
• Device-To-Device Communication 100%
• Mobile Device 50%
• Malware 50%
• Multi-Access Edge Computing 50%
• Malware Software 50%
• Routing Decision 50%
• Energy Consumption 25%
• Supported Feature 25%
• Device-To-Device 25%
• Quality of Service 25%
• Theoretic Model 25%
• Communication Device 25%
• Malware Detection 25%
• Detect Malware 25%
• Mobile Malware 25%
• Network Simulation 25%
• Network Scenario 25%
• Malware Mitigation 25%
• Destination Device 25%
• Theoretic Tool 25%
• Network Routing 25%
• Intended Destination 25%
• Optimal Network 25%
• Computational Task 25%
• Based Malware Detection 25%
• 5G Mobile Communication 25%