Dirty-paper coding versus TDMA for MIMO broadcast channels

Keyphrases

• Time-division multiple Access 100%
• Multiple-input multiple-output 100%
• Broadcast Channel 100%
• Dirty Paper Coding 100%
• Receiving Antennas 75%
• Transmitter 50%
• Sum Rate 50%
• Multiple Antennas 50%
• Single User 25%
• Signal-to-noise Ratio 25%
• Gain Matrix 25%
• Time-varying Channels 25%
• Channel Gain 25%
• Gaussian Broadcast Channel 25%
• Base Station 25%
• Successive Decoding 25%
• User Capacity 25%
• Uplink Channel 25%
• Number of Transmit Antennas 25%
• Sum Capacity 25%
• Correlated Rayleigh Fading 25%
• K-times 25%

Engineering

• Multiple-Input Multiple-Output 100%
• Broadcast Channel 100%
• Time Division Multiple Access 100%
• Dirty Paper Coding 100%
• Receive Antenna 75%
• Multiple Antenna 50%
• Single User 25%
• Antenna 25%
• Assuming 25%
• Gaussians 25%
• Signal-to-Noise Ratio 25%
• Gain Matrix 25%
• Channel Gain 25%
• Perfect Channel 25%
• Channel Knowledge 25%
• Basestation 25%
• Rayleigh Fading 25%
• Rate Capacity 25%

Computer Science

• MIMO Systems 100%
• Time Division Multiple Access 100%
• Broadcast Channel 100%
• dirty-paper coding 100%
• sum rate 75%
• Receive Antenna 75%
• Multiple Antenna 50%
• Noise-to-Signal Ratio 25%
• Channel Knowledge 25%
• Perfect Channel 25%
• Transmit Antenna 25%
• Rayleigh Fading 25%
• time-varying channel 25%
• Channel Gain Matrix 25%
• Channel Experience 25%