Performance analysis of incremental opportunistic relaying over identically and non-identically distributed cooperative paths

Keyphrases

• Performance Analysis 100%
• Non-identically Distributed 100%
• Opportunistic Relaying 100%
• Distributed Cooperative 100%
• Numerical Results 33%
• Outage Probability 33%
• Bit Error Rate 33%
• Adaptive Modulation 33%
• Average Spectral Efficiency 33%
• Amplify-and-forward 33%
• Spectral Efficiency 33%
• Signal-to-noise Ratio 33%
• Incremental Relaying 33%
• Closed-form Expression 33%
• Average Bit Error Rate 33%
• Rate Requirement 33%
• Relay Selection 33%
• Relay Channel 33%
• Distributed Relays 33%
• Rayleigh Fading 33%
• Relaying Protocol 33%
• Bit Error Outage 33%
• Error Rate Probabilities 33%
• Computer-based Simulation 33%
• Forward Transmission 33%
• Cooperative Diversity Techniques 33%
• Combined Signals 33%
• Best Relay Selection 33%

Engineering

• Performance Analysis 100%
• Bit Error Rate 100%
• Cooperative 100%
• Signal-to-Noise Ratio 50%
• Outage Probability 50%
• Average Spectral Efficiency 50%
• Spectral Efficiency 50%
• Closed Form Expression 50%
• Relay Channel 50%
• Rayleigh Fading 50%
• Cooperative Diversity 50%

Computer Science

• Performance Analysis 100%
• Spectral Efficiency 100%
• Noise-to-Signal Ratio 50%
• amplify-and-forward 50%
• Outage Probability 50%
• Adaptive Modulation 50%
• closed-form expression 50%
• Rayleigh Fading 50%
• Computational Simulation 50%