Downlink and Uplink Intelligent Reflecting Surface Aided Networks: NOMA and OMA

Keyphrases

• Uplink 100%
• Non-orthogonal multiple Access 100%
• Intelligent Reflecting Surface 100%
• Orthogonal multiple Access 100%
• High Signal-to-noise Ratio 42%
• Base Station 28%
• User Device 28%
• Diversity Order 28%
• Nakagami-m Fading 28%
• System Performance 14%
• Asymptotic Approximation 14%
• Closed-form Expression 14%
• Outage Probability 14%
• Multiple Access Network 14%
• Full-duplex 14%
• Wireless Environment 14%
• Decode-and-forward Relay 14%
• Channel Statistics 14%
• Ergodic Rate 14%
• Cell-edge Users 14%
• Reflecting Elements 14%
• Fading Parameters 14%
• Future Communication Systems 14%
• Reconfigurable 14%
• New Channels 14%

Engineering

• Non-Orthogonal Multiple Access 100%
• Orthogonal Multiple Access 100%
• Intelligent Reflecting Surface 100%
• Signal-to-Noise Ratio 42%
• Basestation 28%
• Diversity Order 28%
• Simulation Result 14%
• Systems Performance 14%
• Closed Form Expression 14%
• Communication Network 14%
• Outage Probability 14%
• Asymptotic Approximation 14%
• Full-Duplex 14%
• Ergodic Rate 14%
• Cell Edge User 14%
• Access Network 14%

Computer Science

• Multiple Access 100%
• Reflecting Surface 100%
• Non-Orthogonal Multiple Access 100%
• Signal-to-Noise Ratio 42%
• Diversity Order 28%
• Systems Performance 14%
• Asymptotic Approximation 14%
• Communication Network 14%
• closed-form expression 14%
• Outage Probability 14%
• Access Network 14%
• decode-and-forward 14%
• Full Duplex 14%
• nakagami-m fading 14%