Spectrum scarcity together with high capacity demands make the use of millimeter wave
(mmWave) frequencies an interesting alternative for next generation, ie, fifth generation …

Availability of large untapped spectrum resources in the millimeter wave (Mmwave) band is
suitable for providing a gigabit experience with true local feel using high capacity small cells …

MmWave wireless communication, operating in the 10–300 GHz band, appears to be a
promising candidate for the next generation of cellular systems by which multiple gigabit-per …

This paper presents the approach of extending cellular networks with millimeter-wave
backhaul and access links. Introducing a logical split between control and user plane will …

In this paper, two scenarios have been considered for millimetre wave base station
configuration. In the first scenario, the approach of Distributed Base Station (DBS) with …

Millimeter-wave (mmWave) networks are one of the main key components in next cellular
and WLANs (Wireless Local Area Networks). mmWave networks are capable of providing …

The economic impact of millimeter wave wireless networks is a key parameter for the future
deployment of novel high capacity network architectures. The future deployment of high …

The paper aims to provide a high-level view of 5G fronthaul and backhaul wireless transport
over millimeter wave (mmWave). In particular, an overview of data rate and latency …

Future cellular systems will employ the so-called big three technologies: UDN, massive
MIMO, and mmWave (and/or terahertz) communications. The goal is to support the explosive …

Recently, the millimeter wave (mmWave) bands have been investigated as a means to
support the foreseen extreme data rate demands of next-generation cellular networks (5G) …