Joint optimization of digital beamformers, multi-tap analog canceller, and digital SIC with pilot-based channel estimation suppresses residual self-interference below noise floor in simulations, yielding higher rates and lower BER than prior techniques with fewer taps.
Perfor- mance evaluation of user scheduling for full-duplex small cells in ultra-dense networks
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A Unified Beamforming and A/D Self-Interference Cancellation Design for Full Duplex MIMO Radios
Joint optimization of digital beamformers, multi-tap analog canceller, and digital SIC with pilot-based channel estimation suppresses residual self-interference below noise floor in simulations, yielding higher rates and lower BER than prior techniques with fewer taps.