Millimeter-wave MIMO radar with unequally spaced L/T-shaped arrays

K. Iwasa, T. Kishigami, H. Yomo, Akihiko Matsuoka, Junji Satou
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引用次数: 2

Abstract

This paper proposes L- and/or T-shaped Tx and Rx arrays for MIMO radar, which enable to enhance azimuth and elevation angular resolution to the maximum under the limitation on the number of the array elements. The proposed L/T-shaped Tx and Rx arrays include unequally spacing between array elements to be minimum redundancy array on the virtual Rx array, and two-dimensional (2D) interpolation on the Rx virtual array is proposed in order to suppress sidelobes in 2D angular profiles. Computer simulation and experimental measurements have been done for verification. Consequently, our work proves the effectiveness of the proposed MIMO radar array to enhance angular resolution in MIMO radar systems.
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非等间距L/ t型阵列的毫米波MIMO雷达
本文提出了用于MIMO雷达的L形和/或t形Tx和Rx阵列,在阵列元素数量限制的情况下,可以最大限度地提高方位角和仰角分辨率。所提出的L/ t型Tx和Rx阵列在虚拟Rx阵列上采用不等间距阵列作为最小冗余阵列,并提出在Rx虚拟阵列上进行二维(2D)插值以抑制二维角剖面中的副瓣。通过计算机模拟和实验测量进行了验证。因此,我们的工作证明了所提出的MIMO雷达阵列在提高MIMO雷达系统的角分辨率方面的有效性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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