Since the invention of the radio, transmission and reception have been separated to protect
the receiver (Rx) from being jammed by self-interference (SI), ie, the interference that comes …

Full duplex communication has been well explored in the past decade, with several physical
layer designs proposed for effectively doubling the throughput of mobile devices. However …

Wideband self-interference cancellation (SIC) in full-duplex (FD) radios requires the
achievement of large delays to accurately emulate the SI channel. However, compact, power …

Previously, we presented a non-magnetic, non-reciprocal N-path-filter-based circulator-
receiver (circ.-RX) architecture for single-frequency full-duplex (SF-FD) wireless, which …

A transceiver front end including a dual-injection path self-interference (SI) cancellation
architecture is proposed for use in wideband full-duplex networks. The SI cancellation …

Full-duplex (FD) wireless-simultaneous transmission and reception on the same frequency-
is a promising technique that can significantly improve spectrum efficiency and reduce …

In this article, we present how full-duplex (FD) operation can be integrated with multi-input
multi-output (MIMO) operation using RF and baseband (BB) self-interference cancellation …

The self-interference (SI) channels in full-duplex (FD) radios have large nano-second-scale
delay spreads, which poses a significant challenge in designing SI cancelers that can …

A power-efficient transimpedance amplifier with wide channel bandwidth is proposed to
meet the stringent linearity requirements of surface acoustic wave-less frequency-division …

Antenna-coupling group delay limits the cancellation bandwidth of conventional self-
interference cancellers (SICs), making it difficult to ensure isolation in both transmit (TX) and …