Millimeter-waves offer significantly wider channel bandwidths (BW) than RF and are drawing
significant interest for short-range wireless personal area networks (WPANs), vehicular …

mm-Wave has emerged as an attractive high-speed wireless communication paradigm
owing to the high available bandwidth at mm-wave frequencies. Full-Duplex has the …

Full-duplex (FD) radios, which are expected to increase the spectral efficiency and reduce
the latency, can help meet the ever-increasing capacity demands, in combination with the …

Wireless communication systems can be enhanced at the link level, in medium access, and
at the network level when transceivers are equipped with full-duplex capability: the …

In-band full-duplex is a promising air interface technique to tackle several of the key
challenges of next generation (5G) mobile networks. Simultaneous transmission and …

Many in-band full-duplex wireless systems transmit and receive on a single antenna to
minimize redundancy and maintain compact form factors. For effective operation, all of these …

Full-duplex (FD) communication is a potential game changer for future wireless networks. It
allows for simultaneous transmit and receive operations over the same frequency band, a …

Millimeter-wave full-duplex (FD) transceivers (TRXs) have the potential to unlock the full
throughput of future 5G links. A major challenge in mm-wave FD TRXs is to suppress the …

Millimeter-wave using large-antenna arrays is a key technological component for the future
cellular systems, where it is expected that hybrid beamforming along with quantized phase …

Recent developments in the communications industry to accommodate user demand for
ubiquitous, instantaneous over the air access to multimedia rich content has made spectrum …