… the next generation of mobile wireless networks. Large-scale … the so-called millimeter wave
(mm-wave) band, and the network … cellular frequencies in the sub-6 GHz range (μ-wave), the …

… Due to the large bandwidth available, millimeter wave (mm-Wave) … cellular communications
[1, 2]. Compared to microwave systems, however, the propagation attenuation of mm-Wave …

Millimeter wave (mmWave) is recognized as a promising technology for the fifth generation
cellular networks as it … Relay nodes (RNs) can be used in a mmWave cellular network to help …

… Also this paper represents mobile networks and figure out the reaches on mm waves
cellular system. Then it deals with the mapping relation system propagation environment and …

… CONCLUSIONS In this paper, an overview of using Millimeter wave mobile communication
for the 5G cellular is dealt at some length. Also, the ability of 5G cellular systems to surmount …

… millimeter-wave (mmWave) frequency bands (30–300 GHz), have been suggested as candidates
for future cellular networks, … However, moving from the cellular carrier frequencies used …

… This study demonstrated that the LAA is a practical high-gain steerable millimeter wave
antenna for use in future millimeter wave overlay networks (D2D, access and backhaul) within …

… at mm-wave (38GHz and 28 GHz) frequencies. Due to the great and steadily increasing
importance of video streaming in cellular … We take the unique properties of mm-waves (sparse …

… 5G) mobile network would exploit the enormous amount of spectrum in the millimeter wave
(… 4, we plot the mmWave 5G cellular network architecture with D2D communications enabled. …

… UDN differs from cellular heterogeneous networks in several … below 6 GHz as considered
for cellular technologies such as LTE … The intent to deploy UDNs in the millimeterwave band …