Calibration to Mitigate Near-Field Antennas Effects for a MIMO Radar Imaging System

A calibration method for a high-resolution hybrid MIMO turntable radar imaging system is presented. A line of small metal spheres is employed as a test pattern in the calibration process to measure the position shift caused by undesired antenna effects. The unwanted effects in the antenna near-field...
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Autor*in:	Ha Hoang [verfasserIn] Matthias John [verfasserIn] Patrick McEvoy [verfasserIn] Max J. Ammann [verfasserIn]

Format:	E-Artikel
Sprache:	Englisch

Erschienen:	2021

Schlagwörter:	near-field antenna effect radar calibration MIMO radar turntable radar UWB radar radar system

Übergeordnetes Werk:	In: Sensors - MDPI AG, 2003, 21(2021), 2, p 514
Übergeordnetes Werk:	volume:21 ; year:2021 ; number:2, p 514

Links:	Link aufrufen Link aufrufen Link aufrufen Journal toc

DOI / URN:	10.3390/s21020514

Katalog-ID:	DOAJ03103652X

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topic_facet	near-field antenna effect radar calibration MIMO radar turntable radar UWB radar radar system Chemical technology
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callnumber-first	T - Technology
author	Ha Hoang
spellingShingle	Ha Hoang misc TP1-1185 misc near-field antenna effect misc radar calibration misc MIMO radar misc turntable radar misc UWB radar misc radar system misc Chemical technology Calibration to Mitigate Near-Field Antennas Effects for a MIMO Radar Imaging System
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topic_title	TP1-1185 Calibration to Mitigate Near-Field Antennas Effects for a MIMO Radar Imaging System near-field antenna effect radar calibration MIMO radar turntable radar UWB radar radar system
topic	misc TP1-1185 misc near-field antenna effect misc radar calibration misc MIMO radar misc turntable radar misc UWB radar misc radar system misc Chemical technology
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title	Calibration to Mitigate Near-Field Antennas Effects for a MIMO Radar Imaging System
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title_full	Calibration to Mitigate Near-Field Antennas Effects for a MIMO Radar Imaging System
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title_auth	Calibration to Mitigate Near-Field Antennas Effects for a MIMO Radar Imaging System
abstract	A calibration method for a high-resolution hybrid MIMO turntable radar imaging system is presented. A line of small metal spheres is employed as a test pattern in the calibration process to measure the position shift caused by undesired antenna effects. The unwanted effects in the antenna near-field responses are analysed, modelled and significantly mitigated based on the symmetry and differences in the responses of the MIMO configuration.
abstractGer	A calibration method for a high-resolution hybrid MIMO turntable radar imaging system is presented. A line of small metal spheres is employed as a test pattern in the calibration process to measure the position shift caused by undesired antenna effects. The unwanted effects in the antenna near-field responses are analysed, modelled and significantly mitigated based on the symmetry and differences in the responses of the MIMO configuration.
abstract_unstemmed	A calibration method for a high-resolution hybrid MIMO turntable radar imaging system is presented. A line of small metal spheres is employed as a test pattern in the calibration process to measure the position shift caused by undesired antenna effects. The unwanted effects in the antenna near-field responses are analysed, modelled and significantly mitigated based on the symmetry and differences in the responses of the MIMO configuration.
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title_short	Calibration to Mitigate Near-Field Antennas Effects for a MIMO Radar Imaging System
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Calibration to Mitigate Near-Field Antennas Effects for a MIMO Radar Imaging System

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