5G and next-generation physical layer advancements have being made at a breakneck
speed. At the heart of it is millimeter wave technology, which uses extremely high frequency …

There have been many studies regarding antenna polarization; however, there have been
few publications on the analysis of the channel capacity for polarized antenna systems using …

Polarization selectivity has a great impact on multiple-input–multiple-output (MIMO) relay
channels. In this letter, the channel capacity of MIMO relay channels is analyzed, revealing …

Antenna polarization is an effective resource to be exploited for space-limited devices to
support a large network payload. However, channel modeling with regard to antenna …

Radiation patterns of a Uniform Rectangular Planar Array deployed for millimeter wave
communications are analyzed. Millimeter wave, as the name suggests, works on very high …

Massive multiple input, multiple output (M‐MIMO) technologies have been proposed to scale
up data rates reaching gigabits per second in the forthcoming 5G mobile communications …

Generally, space‐time block coding (STBC) and beamforming (BF) gains cannot be
obtained simultaneously because the former performs well under a low correlated MIMO …

In conventional design works relevant to antennae transmission, the space-time block
coding (STBC) and beamforming (BF) gains could not be achieved at the same time usually …

Channel capacity of Millimeter (MM) wave cellular networks which employ phased antenna
arrays and the array output signal to noise ratio are analyzed. Millimeter wave works on very …

Radiation patterns for a Uniform Linear Array deployed in millimeter wave communications
are analyzed. Millimeter wave technology works on extremely high frequency bands such as …