Utility-optimal medium access control: Reverse and forward engineering

Keyphrases

• Medium Access Control 100%
• Forward Engineering 100%
• Reverse Engineering 100%
• Optimal Medium 100%
• Network Utility Maximization 66%
• Exponential Backoff 50%
• Control Design 33%
• Collision Probability 16%
• Feedback Mechanism 16%
• Random Access Protocol 16%
• Distributed Algorithms 16%
• Nash Equilibrium 16%
• Social Optimality 16%
• Total Social Welfare 16%
• Local Utility 16%
• Utility Maximization Problem 16%
• Radio Resource Allocation 16%
• Nonoperative 16%
• Fairness Improvement 16%
• Persistence Probability 16%
• Rigorous Design 16%
• Design Networks 16%
• Global Optimality 16%
• Wireless Ad-hoc Networks (WANETs) 16%
• IEEE 802.11 Standard 16%
• Design Media 16%
• Binary Exponential Backoff 16%
• Stochastic Subgradient 16%
• Network Applications 16%
• Message Passing 16%
• Numerical Examples 16%
• Performance Tradeoff 16%
• Network Utility 16%
• Probability Model 16%
• Efficiency Improvement 16%

Computer Science

• Media Access Control 100%
• Utility Maximization 100%
• Media Access Control Protocol 60%
• Global Optimality 20%
• wireless ad hoc network 20%
• Resource Allocation 20%
• IEEE 802.11 20%
• Objective Function 20%
• Random Access 20%
• Nash Equilibrium 20%
• Feedback Mechanism 20%
• Numerical Example 20%
• Distributed Algorithm 20%
• Sufficient Condition 20%
• Message Passing 20%
• Successful Transmission 20%