Azimuth and elevation angles estimation using 2-D MUSIC algorithm with an L-shape antenna

Azimuth and elevation angles estimation using 2-D MUSIC algorithm with an L-shape antenna

A noise subspace process, based on the eigenvalue decomposition of an array correlation matrix, which uses an implementation of MUSIC algorithm in two dimensional (2-D) direction of arrival estimation (DOA) problems is proposed. Simulation results are presented, that illustrate the success of the pr...

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Hauptverfasser: Porozantzidou, M G, Chryssomallis, M T
Format: Tagungsbericht
Sprache:eng
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Antenna arrays
Arrays
Azimuth
Direction of arrival estimation
Estimation
Multiple signal classification
Noise
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creator Porozantzidou, M G
Chryssomallis, M T
description A noise subspace process, based on the eigenvalue decomposition of an array correlation matrix, which uses an implementation of MUSIC algorithm in two dimensional (2-D) direction of arrival estimation (DOA) problems is proposed. Simulation results are presented, that illustrate the success of the process to determine the correct azimuth and elevation angles of signal wavefronts impinging on a special L-shape antenna array, consisting of two array branches placed on x and y axes.
doi_str_mv 10.1109/APS.2010.5560953
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subjects Antenna arrays
Arrays
Azimuth
Direction of arrival estimation
Estimation
Multiple signal classification
Noise
title Azimuth and elevation angles estimation using 2-D MUSIC algorithm with an L-shape antenna
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