Effect of polarized signals on the performance of adaptive antenna arrays

The polarized electromagnetic waves have significant impact on the performance of adaptive antenna arrays. In this paper we investigate the effect of polarized desired and undesired signals on the performance of electronically steered beam adaptive antenna arrays. To achieve this goal, we built an a...

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Main Author: Amin H. Al Ka'bi
Format: Article
Language:English
Published: Polish Academy of Sciences 2020-11-01
Series:Archives of Electrical Engineering
Subjects:
Online Access:https://journals.pan.pl/Content/117668/PDF/art09.pdf
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author Amin H. Al Ka'bi
author_facet Amin H. Al Ka'bi
author_sort Amin H. Al Ka'bi
collection DOAJ
description The polarized electromagnetic waves have significant impact on the performance of adaptive antenna arrays. In this paper we investigate the effect of polarized desired and undesired signals on the performance of electronically steered beam adaptive antenna arrays. To achieve this goal, we built an analytical signal model for the adaptive array, in order to analyze, and compare the effect of polarized signals on the output SINRs (signal to interference plus noise ratios) of single-dipole, and cross-dipole adaptive antenna arrays. Based on a proof-of-concept experiment, and on MATLAB simulation results, it will be shown that cross-dipole adaptive antenna arrays exhibit better performance in comparison with single-dipole adaptive antenna arrays in presence of randomly polarized signals. However, single-dipole arrays show better performance under certain operating conditions.
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spelling doaj.art-b7dab4e547474583aa5bb4ce938270b72022-12-22T02:48:21ZengPolish Academy of SciencesArchives of Electrical Engineering2300-25062020-11-01vol. 69No 4857872https://doi.org/10.24425/aee.2020.134635Effect of polarized signals on the performance of adaptive antenna arraysAmin H. Al Ka'biThe polarized electromagnetic waves have significant impact on the performance of adaptive antenna arrays. In this paper we investigate the effect of polarized desired and undesired signals on the performance of electronically steered beam adaptive antenna arrays. To achieve this goal, we built an analytical signal model for the adaptive array, in order to analyze, and compare the effect of polarized signals on the output SINRs (signal to interference plus noise ratios) of single-dipole, and cross-dipole adaptive antenna arrays. Based on a proof-of-concept experiment, and on MATLAB simulation results, it will be shown that cross-dipole adaptive antenna arrays exhibit better performance in comparison with single-dipole adaptive antenna arrays in presence of randomly polarized signals. However, single-dipole arrays show better performance under certain operating conditions.https://journals.pan.pl/Content/117668/PDF/art09.pdfadaptive arraysantennaselectromagneticsmutual couplingpolarization
spellingShingle Amin H. Al Ka'bi
Effect of polarized signals on the performance of adaptive antenna arrays
Archives of Electrical Engineering
adaptive arrays
antennas
electromagnetics
mutual coupling
polarization
title Effect of polarized signals on the performance of adaptive antenna arrays
title_full Effect of polarized signals on the performance of adaptive antenna arrays
title_fullStr Effect of polarized signals on the performance of adaptive antenna arrays
title_full_unstemmed Effect of polarized signals on the performance of adaptive antenna arrays
title_short Effect of polarized signals on the performance of adaptive antenna arrays
title_sort effect of polarized signals on the performance of adaptive antenna arrays
topic adaptive arrays
antennas
electromagnetics
mutual coupling
polarization
url https://journals.pan.pl/Content/117668/PDF/art09.pdf
work_keys_str_mv AT aminhalkabi effectofpolarizedsignalsontheperformanceofadaptiveantennaarrays