Multipath Propagation of UWB Through-Wall Radar and EMC Phenomena

The UWB (ultra wide band) radar output signals can be substantially affected due to electromagnetic wave propagation through obstacles (such as walls) and multipath effects, too. Multipath effects are analyzed and simulated numerically for various cases with several antenna heights and distances. De...

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Main Authors: O. Fiser, P. Bezousek, J. Konecny, J. Pidanic, Z. Nemec, D. Cermak, V. Schejbal
Format: Article
Language:English
Published: Spolecnost pro radioelektronicke inzenyrstvi 2006-12-01
Series:Radioengineering
Online Access:http://www.radioeng.cz/fulltexts/2006/06_04_52_57.pdf
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author O. Fiser
P. Bezousek
J. Konecny
J. Pidanic
Z. Nemec
D. Cermak
V. Schejbal
author_facet O. Fiser
P. Bezousek
J. Konecny
J. Pidanic
Z. Nemec
D. Cermak
V. Schejbal
author_sort O. Fiser
collection DOAJ
description The UWB (ultra wide band) radar output signals can be substantially affected due to electromagnetic wave propagation through obstacles (such as walls) and multipath effects, too. Multipath effects are analyzed and simulated numerically for various cases with several antenna heights and distances. Delays (due to propagation through walls and various paths of direct and reflected rays) and the ringing (similar to UWB propagation through wall) can be clearly observed and analyzed. Moreover, frequency spectra analyses can demonstrate both UWB interferences and susceptibility from electromagnetic compatibility (EMC) viewpoint.
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spelling doaj.art-5400c2ada42d433d81a13196acbc3bb62022-12-22T01:25:12ZengSpolecnost pro radioelektronicke inzenyrstviRadioengineering1210-25122006-12-011545257Multipath Propagation of UWB Through-Wall Radar and EMC PhenomenaO. FiserP. BezousekJ. KonecnyJ. PidanicZ. NemecD. CermakV. SchejbalThe UWB (ultra wide band) radar output signals can be substantially affected due to electromagnetic wave propagation through obstacles (such as walls) and multipath effects, too. Multipath effects are analyzed and simulated numerically for various cases with several antenna heights and distances. Delays (due to propagation through walls and various paths of direct and reflected rays) and the ringing (similar to UWB propagation through wall) can be clearly observed and analyzed. Moreover, frequency spectra analyses can demonstrate both UWB interferences and susceptibility from electromagnetic compatibility (EMC) viewpoint.www.radioeng.cz/fulltexts/2006/06_04_52_57.pdf
spellingShingle O. Fiser
P. Bezousek
J. Konecny
J. Pidanic
Z. Nemec
D. Cermak
V. Schejbal
Multipath Propagation of UWB Through-Wall Radar and EMC Phenomena
Radioengineering
title Multipath Propagation of UWB Through-Wall Radar and EMC Phenomena
title_full Multipath Propagation of UWB Through-Wall Radar and EMC Phenomena
title_fullStr Multipath Propagation of UWB Through-Wall Radar and EMC Phenomena
title_full_unstemmed Multipath Propagation of UWB Through-Wall Radar and EMC Phenomena
title_short Multipath Propagation of UWB Through-Wall Radar and EMC Phenomena
title_sort multipath propagation of uwb through wall radar and emc phenomena
url http://www.radioeng.cz/fulltexts/2006/06_04_52_57.pdf
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