Cross-layer optimization and receiver localization for cognitive networks using interference tweets

Keyphrases

• Cognitive Networks 100%
• Tweets 100%
• Cross-layer Optimization 100%
• Receiver Localization 100%
• Network Design 50%
• Numerical Experiments 50%
• Bayesian Approach 50%
• Nonconvex 50%
• Communication Constraints 50%
• Performance Gain 50%
• User System 50%
• Dual Approach 50%
• 1-bit 50%
• Resource Allocation Scheme 50%
• Channel Statistics 50%
• Lagrangian Dual 50%
• Cross-layer Resource Allocation 50%
• Underlay 50%
• Zero Duality Gap 50%
• Long-term Probability 50%
• Interference Constraint 50%
• Interference Probability 50%
• Secondary Network 50%
• Multi-hop Cognitive Radio Networks 50%
• Channel Map 50%

Engineering

• Primary User 100%
• Cognitive Network 100%
• Bayesian Approach 25%
• Numerical Experiment 25%
• Disruptions 25%
• Cognitive Radio Networks 25%
• Interference Constraint 25%
• Layer Resource Allocation 25%