Cognitive radio networks: Game modeling and self-organization using stochastic learning

Keyphrases

• Cognitive Radio Networks 100%
• Stochastic Learning 100%
• Self-organization 100%
• Network Games 100%
• Game Modeling 100%
• Base Station 66%
• Game Model 33%
• Numerical Results 33%
• Network Architecture 33%
• Cognitive Radio 33%
• Spectrum Scarcity 33%
• Learning-based 33%
• Promising Solutions 33%
• Cognitive Radio User 33%
• Spectrum Resources 33%
• Access Methods 33%
• High Demand 33%
• Resource Base 33%
• Spectrum Utilization 33%
• Nash Equilibrium Point 33%
• Reward History 33%
• Total Utility 33%
• Dynamic Spectrum Access 33%
• Demand Spectrum 33%
• Radio Base Stations 33%
• Cournot Game 33%

Engineering

• Basestation 100%
• Cognitive Radio Networks 100%
• Self-Organization 100%
• Cognitive Radio 66%
• Nash Equilibrium 33%
• Equilibrium Point 33%
• Spectrum Utilization 33%
• Spectrum Resource 33%
• Dynamic Spectrum Access 33%
• Game Model 33%

Computer Science

• Cognitive Radio Network 100%
• Cognitive Radio 66%
• Network Architecture 33%
• Equilibrium Point 33%
• Access Technique 33%
• Nash Equilibrium 33%
• Spectrum Resource 33%
• Spectrum Utilization 33%
• Dynamic Spectrum Access 33%
• Directly Access 33%