Full-duplex (FD) allows the exchange of data between nodes on the same temporal and
spectrum resources, however, it introduces self interference (SI) and additional network …

Full-duplex (FD) communications benefit from recent breakthroughs in analog and digital
signal processing and demonstrate nearly doubled spectrum efficiency for point-to-point …

Full-duplex (FD) technique is expected to double the spectral efficiency. Yet the performance
gain of the FD network over half-duplex network is limited by severe inter-cell interference …

The next generations of mobile communications should deal with a set of new use cases,
leading to a higher demand for spectral efficiency. Full‐duplex (FD) arises as a promising …

Full-duplex (FD) has emerged as a new communication paradigm with the potential
advantage of enhancing the capacity of the wireless communication systems. In this paper …

Recent studies indicate the feasibility of full-duplex (FD) bidirectional wireless
communications. Due to its potential to increase the capacity, analyzing the performance of …

Full-duplex (FD) is a principle in which a transceiver can receive and transmit on the same
time-frequency radio resource. Assuming perfect self-interference cancellation (self-IC), FD …

Full-duplex (FD) technologies enable wireless nodes to simultaneously transmit and receive
signals using the same frequency band. FD communications among the nodes could …

Full-duplex (FD) communication is promoted to double the spectral efficiency when
compared with the half-duplex counterpart. In the context of cellular networks, however, FD …

Full duplex (FD) communication uses the same time-frequency resource elements for uplink
and downlink transmissions. Compared to half-duplex (HD) systems, this improves the …