Transceiver Design and Power Control for Full-Duplex Ultra-Reliable Low-Latency Communication Systems

Keyphrases

• Communication Systems 100%
• Uplink 100%
• Full-duplex 100%
• Design Control 100%
• Ultra-reliable Low-latency Communication (URLLC) 100%
• Transceiver Design 100%
• Power Control 100%
• Base Station 60%
• Transceiver 40%
• Decoding Error Probability 40%
• Simulation Example 20%
• System Performance 20%
• Optimization Problem 20%
• Near-optimal 20%
• Reliability Constraint 20%
• Design Errors 20%
• Signal-to-interference Ratio 20%
• Block Size 20%
• Total Transmission 20%
• Transmission Power 20%
• Transmitter-receiver 20%
• Probability Threshold 20%
• Mission-critical Applications 20%
• Closed-form Expression 20%
• Iterative Algorithm 20%
• Half-duplex 20%
• Duplex Mode 20%
• Fifth Generation (5G) Network 20%
• Channel Dispersion 20%
• Finite Blocklength 20%
• Distortion Error 20%
• Receiver Distortion 20%
• Power Constraint 20%
• Optimal Power Allocation 20%
• High Signal 20%
• Downlink Rate 20%
• Full-duplex Mode 20%

Engineering

• Communication System 100%
• Transceiver 100%
• Power Control 100%
• Full-Duplex 100%
• Ultra-Reliable Low Latency Communication 100%
• Basestation 75%
• Decoding Error 50%
• Blocklength 50%
• Simulation Example 25%
• Systems Performance 25%
• Optimisation Problem 25%
• Iterative Algorithm 25%
• Power Transmission 25%
• Power Constraint 25%
• Signal-to-Interference-Plus-Noise Ratio 25%
• Cellular Network 25%
• Closed Form Expression 25%
• Optimal Power Allocation 25%
• Critical Application 25%
• Channel Dispersion 25%

Computer Science

• Structure Problem 25%
• Probability Threshold 25%