Game theoretic aspects of the multi-channel ALOHA protocol in cognitive radio networks

Keyphrases

• Multichannel ALOHA 100%
• Sum-rate Maximization 100%
• ALOHA Algorithm 100%
• Game Analysis 100%
• Cognitive Radio Networks 100%
• Total Transmission 66%
• Transmission Probability 66%
• User Rate 33%
• Single User 33%
• Network Approach 33%
• Probabilistic Constraints 33%
• Access Probability 33%
• Distributed Throughput Maximization 33%
• Nash Equilibrium Point 33%
• Best Response Algorithm 33%
• Media Access Protocol 33%
• Number of Users 33%
• Channel Utilization 33%
• Local Channel State Information 33%
• Fully Distributed 33%
• Potential Game 33%
• Unique Equilibrium 33%
• Network Throughput 33%
• Large number of Users 33%
• Secondary User 33%
• Stackelberg Game 33%
• Leader-follower 33%
• Potential Theory 33%

Engineering

• Multichannel 100%
• Maximization 100%
• Cognitive Radio Networks 100%
• Single User 25%
• Channel State Information 25%
• Media Access Protocol 25%
• Nash Equilibrium 25%
• Equilibrium Point 25%
• Primary User 25%
• Secondary User 25%

Computer Science

• Cognitive Radio Networks 100%
• Nash Equilibrium 50%
• Channel State Information 50%
• Equilibrium Point 50%
• Channel Utilization 50%
• stackelberg game 50%
• Secondary User 50%