In-band full-duplex wireless communications are challenging because they require the
mitigation of self-interference caused by the co-located transmitter to operate effectively. This …

This paper addresses the modeling and cancellation of self-interference in full-duplex direct-
conversion radio transceivers, operating under practical imperfect radio frequency (RF) …

In this letter, we consider secure communications in multi-hop relaying systems, where full-
duplex relays (FDRs) operate to enhance wireless physical layer security. Each FDR is …

This paper presents a two-stage self-interference (SI) cancellation for full-duplex multi-input-
multi-output (MIMO) communications systems. By exploiting the SI channel sparsity, a …

This paper proposes an active radio frequency (RF) cancellation solution to suppress the
transmitter (TX) passband leakage signal in radio transceivers supporting simultaneous …

In full-duplex (FD) radios, phase noise leads to random phase mismatch between the self-
interference (SI) and the reconstructed cancellation signal, resulting in possible performance …

This paper investigates electrical balance (EB) in hybrid junctions as a method of achieving
transmitter-receiver isolation in single antenna full duplex wireless systems. A novel …

In this paper, we address the linear precoding and decoding design problem for a
bidirectional orthogonal frequency-division multiplexing communication system, between …

Electrical balance duplexers can provide high transmit-to-receive isolation whilst facilitating
transmission and reception from a single antenna, can be implemented on-chip, and are …

Design of full-duplex (FD) wireless systems faces many challenges, including self-
interference cancellation (SIC), capability to provide high capacity, high flexibility for …