In-band full-duplex communication has been proposed as a technique in 5G to increase
spectral efficiency. Traditionally full duplex wireless communication has been considered …

Historically unfeasible because of self-interference, full duplexing has now been
experimentally demonstrated and is on the verge of commercial feasibility thanks to …

Recent works have considered the feasibility of full duplex (FD) wireless communications in
practice. While the first FD system by Choi et. al. relied on a specific antenna cancellation …

With the rapidly growing demand for mobile applications, future wireless networks are facing
considerable challenges in spectral efficiency. To deal with it, many techniques have been …

Due to the tremendous increase in wireless data traffic, one of the major challenges for
future wireless systems is the utilization of the available spectrum to achieve better data …

Fifth Generation of cellular networks is coming in the next few years and we think that it will
not be predicted as a development version of the existing one. The wireless research …

Recently, multiple works in the literature have presented encouraging results on the
feasibility of in-band full-duplex (IBFD) communications in point-to-point and single cell …

Recent works have considered the feasibility of full duplex (FD) wireless communications in
practice. While the first FD system by Choi et. al. relied on a specific antenna cancellation …

Recent studies have shown that wireless full duplex communication is possible with the help
of multiple self-interference cancellation techniques. Previous works mainly focus on the …

This paper describes three RF self-interference reduction techniques for full-duplex wireless
links, which specifically target integration in compact radios. Concretely, a self-interference …