In the wireless co-time and co-frequency full-duplex (CCFD) systems, the self-interference
must be cancelled in analog domain before quantization. However, the performance of …

Full-duplex communication has gained attention as a potential solution for increasing the
spectral efficiency which allows simultaneous transmission and reception on the same …

Full-duplex communication is desirable to maximize the spectral efficiency, despite the
challenges it puts forth. The key challenge inhibiting the operation of radios in full-duplex …

Full-duplex communications are potential candidate for increasing the spectral efficiency for
5G mobile systems and beyond, which can transmit and receive simultaneously on the same …

To realize full-duplex mobile system, the key challenge is to eliminate the self-interference
(SI) caused by the coupling between the transmitter (TX) and its own receiver (RX). We …

In general, current wireless system, either for area networks or point-to-point links, cannot
transmit and receive signals in both directions in the same frequency band and at the same …

Projeções estimam que, globalmente, o tráfego mensal de dados móveis pode chegar a 57
exabytes em 2020, com perspectivas de crescimento exponencial nos anos subsequentes …

Connectivity with large coverage area; and an increase in spectral efficiency of
communications are highly desired features for any wireless network. The presented …

Abstract Co-frequency Co-time Full Duplex (CCFD) is a key concept brought up in 5G, of
which the key technology is self-interference (SI) cancellation. Among all the cancellation …