Low robustness under mobility is the Achilles' heel of the emerging 60 GHz networking
technology. Instead of using omni-directional antennas as in existing Wi-Fi/cellular networks …

60 GHz networks, with multi-Gbps bitrate, are considered as the enabling technology for
emerging applications such as wireless Virtual Reality (VR) and 4K/8K real-time Miracast …

60 GHz technology holds tremendous potential to upgrade wireless link throughput to Gbps
level. To overcome inherent vulnerability to attenuation, 60 GHz radios communicate by …

Due to high directionality and small wavelengths, 60 GHz links are highly vulnerable to
human blockage. To overcome blockage, 60 GHz radios can use a phased-array antenna to …

The potential to provide multi-gbps throughput has made 60 GHz communication an
attractive choice for next-generation WLANs. Due to highly directional nature of the …

Millimeter-wave devices must use highly directional antennas to achieve GBit/s data rates
over reasonable distances due to the high path loss. As a consequence, it is important to …

mmWave communication requires accurate and continuous beam steering to overcome the
severe propagation loss and user mobility. In this paper, we leverage a self-supervised deep …

Achieving data-rates of multiple Gbps in 60 GHz millimeter-wave (mm-wave) communication
systems requires efficient beam-steering algorithms. To find the optimal steering direction on …

Millimeter-wave (mmW) spectrum is a major candidate to support the high data rates of 5G
systems. However, due to directionality of mmW communication systems, misalignments …

Millimeter wave (mmwave) fixed wireless access is a key enabler of 5G and beyond small
cell network deployment, exploiting the abundant mmwave spectrum to provide Gbps …