With MIMO and enhanced beamforming features, IEEE 802.11 ay is poised to create the
next generation of mmWave WLANs that can provide over 100 Gbps data rate. However …

We study the problem of maximization of the sum of weighted rates by determining user
equipment (UE) and a beam for each access point (AP) for concurrent transmissions, in …

We investigate the problem of maximizing the sum of the weighted rates of user equipment
(UE) by finding a UE and a beam for each access point (AP) for concurrent transmission in …

Densely deployed base stations/access points (APs) are becoming increasingly common in
mmWave networks with the need to provide high capacity and reliability to clients. However …

Millimeter wave (mmWave) wireless networks are envisioned to bring a very high degree of
spatial reuse, ie, multiple links can operate simultaneously without interference. The vision …

Millimeter-Wave (mmWave) WiFi can provide very low latency and multi-Gbps throughput,
but real-world deployments usually do not achieve the theoretically feasible performance …

Multi-Gbps 60 GHz millimeter wave (mmWave) networks, are considered as the enabling
technology for emerging applications such as untethered VR and 4K/8K Miracast. However …

With the increasing amount of mobile data and the demand for high data rates, current 2.4
GHz/5GHz wireless local area networks (WLANs) are facing the problem of limited capacity …