5G (fifth-generation technology) technologies are becoming more mainstream thanks to
great efforts from telecommunication companies, research facilities, and governments. This …

Radio waves are attenuated by atmospheric phenomena such as snow, rain, dust, clouds,
and ice, which absorb radio signals. Signal attenuation becomes more severe at extremely …

As the number of satellite networks increases, the radio spectrum is becoming more
congested, prompting the need to explore higher frequencies. However, it is more difficult to …

Line of sight satellite systems, unmanned aerial vehicles, high-altitude platforms, and
microwave links that operate on frequency bands such as Ka-band or higher are extremely …

This paper discusses the significance and prospects of low altitude small satellite aerial
vehicles to ensure smooth aerial-ground communications for next-generation broadband …

This research explains how to design and plan fixed wireless access connections in an
urban setting using 5 th generation (5G) technology in a multi-user urban scenario. Although …

The scaling of rain attenuation methods is promising to quickly estimate power degradation
in radio links due to rain with known findings from previous measurements. Although the …

This study proposes a new rain attenuation prediction model (RAM) based on the rain cell
concept for tropical locations. The new model addresses the research gap in the …

The demands of shifting to the operating frequency of wireless telecommunication systems
at new higher frequency bands increase as day by day the necessity to transfer more data …

Scaling rain attenuation parameters will significantly benefit the quick monitoring of rain
attenuation in a particular channel with previously known results or in situ setup attenuation …