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Validation of the Synthetic Storm Technique as Part of a Time-Series Generator for Satellite Links

This letter presents results on the suitability of the so-called synthetic storm technique (SST) for simulating signal attenuation time-series in a V-band satellite link. The focus is on both single rain events and the overall statistical behavior. Signal attenuation time-series can be used in compu...

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Published in:	IEEE antennas and wireless propagation letters 2007, Vol.6, p.372-375
Main Authors:	Sanchez-Lago, I., Fontan, F.P., Marino, P., Fiebig, U.-C.
Format:	Article
Language:	English
Subjects:	Aerodynamics Antennas Attenuation Attenuation measurement Computational modeling Computer simulation Links Propagation models Rain Satellite broadcasting Satellites Signal generators simulation Statistical distributions Storms synthetic storm technique (SST) V-band Wireless communication
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creator	Sanchez-Lago, I. Fontan, F.P. Marino, P. Fiebig, U.-C.
description	This letter presents results on the suitability of the so-called synthetic storm technique (SST) for simulating signal attenuation time-series in a V-band satellite link. The focus is on both single rain events and the overall statistical behavior. Signal attenuation time-series can be used in computer simulations which shall help optimize fade mitigation techniques in wireless millimeter- wave communication systems where rain is the dominant source of signal attenuation. In this letter, the investigations reported are based on measured 40-GHz satellite beacon attenuation time-series.
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subjects	Aerodynamics Antennas Attenuation Attenuation measurement Computational modeling Computer simulation Links Propagation models Rain Satellite broadcasting Satellites Signal generators simulation Statistical distributions Storms synthetic storm technique (SST) V-band Wireless communication
title	Validation of the Synthetic Storm Technique as Part of a Time-Series Generator for Satellite Links
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