A number of issues are being addressed in prospective millimetre wave (mmWave)
technology for the design of 5G cellular networks. High atmospheric attenuation in the …

5G is planning to exploit millimeter wave (mmWave) channels to achieve the massive
capacity increase needed for future applications. Unfortunately, wireless signal attenuation …

In order to exploit millimeter wave (mmWave) bands for 5G communications, challenges
mainly due to blockage and strong dependency on beamforming operation need to be …

With the ever increasing demands in higher data rate, there is a growing interest in
exploiting the millimeter wave (mmWave) spectrum for future access communications …

Due to the allocation of large contiguous bandwidths in excess of several gigahertz in the
mmWave spectrum, mmWave communications plays a key role in the next generation …

Millimeter-wave (mmw) transmission has drawn great attentions and is regarded as a key
technique in next generation of wireless mobile communications systems (5G). However, the …

To cope with the massive growth in global mobile data traffic for 2020 and beyond, the Fifth
Generation (5G) system is required to be developed as the current 4G system is expected to …

The huge amount of (potentially) available spectrum makes millimeter wave (mmWave) a
promising candidate for fifth generation cellular networks. Unfortunately, differences in the …

In this paper, the propagation characteristics of 38GHz millimeter wave in an indoor
environment are simulated based on ray tracing method. The path loss and delay spread …

To meet the explosive growth in traffic during the next twenty years, 5G systems using local
area networks need to be developed. These systems will comprise of small cells and will …