Millimeter-wave (mmWave) communications have been regarded as one of the most
promising solutions to deliver ultra-high data rates in wireless local-area networks. A …

In this paper, we investigate the optimal line-of-sight (LoS) coverage problem for multiple
access point (multi-AP) mmWave wireless LANs in indoor scenarios. Due to the weak …

We investigate a new deployment form of reflective intelligent surface (RIS), which aims at
enhancing the quality of service of a main communication system in a target region, while …

Communication at the terahertz band is a challenging yet exciting technology. It promises to
deliver terabit/sec data rates for short distances but, due to its unique propagation …

Communication at the terahertz band is increasingly seen as vital for future short-range very
high datarate channels. However, these channels suffer from significant environmental …

Abstract LoS (Line of Sight) MIMO (Multiple Input Multiple Output) is considered the best way
to deliver high-capacity channels for terahertz communications due to the severe attenuation …

Reconfigurable intelligent surfaces (RISs) are an emerging technology to improve coverage
in millimeter-wave bands, by providing reflective links between access points and user …

The usage of spectrum in the millimeter wave (mmWave) bands can significantly increase
communication capacity. However, the high propagation loss and high sensitivity to …

This letter presents 60 GHz radio measurements and channel characterization for wireless
rack area network (WRAN) application within a networking enclosure, commonly known as a …

With the proliferation of mobile devices with bandwidth-hungry applications, mmWave
communication is considered a key enabling technology for 5G and beyond cellular …