2013Unpublished venueRequires access

Advanced digital beamforming technique for target height finding in phased array 3D radar systems

Ting Shu, Bin Tang, Min Zhang, Xingzhao Liu, Wenxian Yu

Open publisher page 3 citations

Abstract

The work presented in this paper addresses the practical considerations of target height finding under low-elevation condition in ground-based 3D radars. A novel method that effectively suppresses the multipath reflections is proposed here to enhance the low-elevation performance of 3D phased array radar system. The performance of our method is evaluated using measured data recorded by an experimental S-band 3D phased array radar.

About this research paper

What this paper is about

The work presented in this paper addresses the practical considerations of target height finding under low-elevation condition in ground-based 3D radars. A novel method that effectively suppresses the multipath reflections is proposed here to enhance the low-elevation performance of 3D phased array radar system. The performance of our method is evaluated using measured data recorded by an experimental S-band 3D phased array radar.

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OpenAlex reports 3 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

The work presented in this paper addresses the practical considerations of target height finding under low-elevation condition in ground-based 3D radars. A novel method that effectively suppresses the multipath reflections is proposed here to enhance the low-elevation performance of 3D phased array radar system. The performance of our method is evaluated using measured data recorded by an experimental S-band 3D phased array radar.

Key concepts: Phased array, Beamforming, Elevation (ballistics), Radar, Computer science, Active electronically scanned array, Multipath propagation, Remote sensing

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