Compared with omni‐directional antennas, directional antennas have many merits, such as
lower interference, better spatial reuse, longer transmission range, and improved network …

Recent research results have demonstrated the feasibility of full-duplex wireless
communication for short-range links. Although the focus of the previous works has been …

Multi-user multiple-input multiple-output theory predicts manyfold capacity gains by
leveraging many antennas on wireless base stations to serve multiple clients simultaneously …

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 use of directional antennas in wireless networks has been widely studied with two main
motivations: 1) decreasing interference between devices and 2) improving power efficiency …

Today's WiFi access points (APs) are ubiquitous, and provide critical connectivity for a wide
range of mobile networking devices. Many management tasks, eg optimizing AP placement …

60 GHz millimeter-wave networking has emerged as the next frontier technology to provide
multi-Gbps wireless connectivity. However, the intrinsic directionality and limited field-of …

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 …

Hidden cameras in sensitive locations have become an increasing threat to personal privacy
all over the world. Because the camera is small and camouflaged, it is difficult to detect the …

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 …