Add to ORKGA field study is under way in Riyadh to study the effects of rain, sand storms, and multipath fading on millimetric wave propagation is discussed. The study involves computerized monitoring of five radio links and a meteorological station. The experiment and results to date are describedIEEE, New York, NY, US
The V and W-bands are becoming of interest to satellite designers due to the large availability of b...
Sand and dust storms are environmental phenomena, during these storms optical visibility might be de...
Progress on millimeter-wave propagation experiments in Hawaii is reported. A short path for measurin...
A field study on wave propagation has been actively running for four years in Riyadh, Saudi Arabia. ...
A field study on wave propagation covering a wide range of the electromagnetic spectrum has been act...
Abstract: Analysis of clear air fading encountered on millimetric wave and infrared radio links are ...
Analysis of clear air fading encountered on millimetric wave and infrared radio links are presented....
This paper presents new data and analysis of scintillation and fading observed on various links duri...
A dust storm is the main attenuation factor that can disturb receiving radio signals in arid climate...
Abstract—Electromagnetic wave propagation in arid and semi-arid regions is influenced by sand and du...
This paper presents a 38-GHz point-to-point wireless link prediction study using terrain path profil...
The main objective of this paper to determine multipath and time-varying channel behaviour of short-...
In the fifth generation of wireless communication systems (5G), the millimeter wave (mmWave) signal ...
The propagation of microwave is affected by rain and dust particles causing signal attenuation and d...
A field study on dust storm effect on Microwave links in arid area covering a wide range of radio f...
The V and W-bands are becoming of interest to satellite designers due to the large availability of b...
Sand and dust storms are environmental phenomena, during these storms optical visibility might be de...
Progress on millimeter-wave propagation experiments in Hawaii is reported. A short path for measurin...
A field study on wave propagation has been actively running for four years in Riyadh, Saudi Arabia. ...
A field study on wave propagation covering a wide range of the electromagnetic spectrum has been act...
Abstract: Analysis of clear air fading encountered on millimetric wave and infrared radio links are ...
Analysis of clear air fading encountered on millimetric wave and infrared radio links are presented....
This paper presents new data and analysis of scintillation and fading observed on various links duri...
A dust storm is the main attenuation factor that can disturb receiving radio signals in arid climate...
Abstract—Electromagnetic wave propagation in arid and semi-arid regions is influenced by sand and du...
This paper presents a 38-GHz point-to-point wireless link prediction study using terrain path profil...
The main objective of this paper to determine multipath and time-varying channel behaviour of short-...
In the fifth generation of wireless communication systems (5G), the millimeter wave (mmWave) signal ...
The propagation of microwave is affected by rain and dust particles causing signal attenuation and d...
A field study on dust storm effect on Microwave links in arid area covering a wide range of radio f...
The V and W-bands are becoming of interest to satellite designers due to the large availability of b...
Sand and dust storms are environmental phenomena, during these storms optical visibility might be de...
Progress on millimeter-wave propagation experiments in Hawaii is reported. A short path for measurin...