In this paper, the calculation of both the total received power with the effect of the ground reflection and the fade margin to find out the link availability for terrestrial microwave LOS (line-of-sight) radio links is proposed. The expressions are derived from clear-air, rainfall propagation mechanisms and multipath fading due to multipath arising from surface reflection along the defined microwave LOS radio link. We verify the mathematical model by using the ATDI ICS telecom software over sample microwave LOS radio links located in Turkey. © 2015 IEEE
This paper presents a 38-GHz point-to-point wireless link prediction study using terrain path profil...
Abstract: Analysis of clear air fading encountered on millimetric wave and infrared radio links are ...
Broadband fixed wireless access, local multipoint distribution service networks are promising wirele...
This paper presents a propagation prediction technique to predict propagation mechanisms for fixed t...
Multipath propagation is a key issue studied throughout this thesis, and it causes dispersions in de...
In this paper, the effects of various wireless network link parameters on the multipath fade depth a...
The dynamic characteristic of rain fade slope is one important factor in determining the availabilit...
Thesis (M.Sc.Eng.)-University of KwaZulu-Natal, Durban, 2013.The increased application of digital te...
This paper covers unavailability of line-of-sight radio links due to multipath propagation. Multipat...
[1] This research examines route diversity as a fade mitigation technique in the presence of rain fo...
Microwave link operates at high frequency approximately 10 GHz and above, and it suffers from high a...
Analysis of clear air fading encountered on millimetric wave and infrared radio links are presented....
This study presents the evaluation and performance of path profile characteristics in communication ...
The paper investigates the variation of the received line-of-sight (LoS) power due to ground multipa...
Rain is a major source of attenuation for microwave propagation above 7 GHz. The problem of rain att...
This paper presents a 38-GHz point-to-point wireless link prediction study using terrain path profil...
Abstract: Analysis of clear air fading encountered on millimetric wave and infrared radio links are ...
Broadband fixed wireless access, local multipoint distribution service networks are promising wirele...
This paper presents a propagation prediction technique to predict propagation mechanisms for fixed t...
Multipath propagation is a key issue studied throughout this thesis, and it causes dispersions in de...
In this paper, the effects of various wireless network link parameters on the multipath fade depth a...
The dynamic characteristic of rain fade slope is one important factor in determining the availabilit...
Thesis (M.Sc.Eng.)-University of KwaZulu-Natal, Durban, 2013.The increased application of digital te...
This paper covers unavailability of line-of-sight radio links due to multipath propagation. Multipat...
[1] This research examines route diversity as a fade mitigation technique in the presence of rain fo...
Microwave link operates at high frequency approximately 10 GHz and above, and it suffers from high a...
Analysis of clear air fading encountered on millimetric wave and infrared radio links are presented....
This study presents the evaluation and performance of path profile characteristics in communication ...
The paper investigates the variation of the received line-of-sight (LoS) power due to ground multipa...
Rain is a major source of attenuation for microwave propagation above 7 GHz. The problem of rain att...
This paper presents a 38-GHz point-to-point wireless link prediction study using terrain path profil...
Abstract: Analysis of clear air fading encountered on millimetric wave and infrared radio links are ...
Broadband fixed wireless access, local multipoint distribution service networks are promising wirele...