On the Performance of One-Bit Matched Filtering in Massive MIMO Radar

One-bit analog-to-digital. converters (ADCs) have garnered significant research interest in the field of massive multiple-input–multiple-output (MIMO) systems, due to their ability to greatly reduce hardware costs and power consumption. In this article, we aim to investigate the performance of match...

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Published inIEEE transactions on aerospace and electronic systems Vol. 61; no. 1; pp. 208 - 222
Main Authors Deng, Minglong, Zhou, Liming, Zhang, Shengmiao, Wang, Ziqin, Cheng, Ziyang
Format Journal Article
LanguageEnglish
Published New York IEEE 01.02.2025
The Institute of Electrical and Electronics Engineers, Inc. (IEEE)
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ISSN0018-9251
1557-9603
DOI10.1109/TAES.2024.3447627

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Abstract One-bit analog-to-digital. converters (ADCs) have garnered significant research interest in the field of massive multiple-input–multiple-output (MIMO) systems, due to their ability to greatly reduce hardware costs and power consumption. In this article, we aim to investigate the performance of matched filtering (MF) in massive MIMO radar that utilizes one-bit ADCs. First, we demonstrate that in the presence of temporally uncorrelated Gaussian noise, the MF output of the one-bit quantized received signals in massive MIMO radar approaches a Gaussian distribution asymptotically. Subsequently, we derive the statistical characteristics of the MF output, including the mean and covariance matrix, under two different noise scenarios: 1) white Gaussian noise and 2) spatially correlated Gaussian noise. These analyses provide valuable insights into the behavior of the MF output. Importantly, exploiting the fact that massive MIMO radar involves a large number of measurements (i.e., samples in space, frequency, or time domains), we present an approximate probabilistic distribution for the MF output. This approximation enables the development of low-complexity signal processing algorithms for one-bit MIMO radar. Furthermore, based on the aforementioned approximations, we mathematically derive the performance gap between one-bit and traditional high-resolution MIMO radars. Finally, we conduct representative simulations from the perspectives of target detection and beamforming to illustrate the performance of massive MIMO radar employing one-bit ADCs
AbstractList One-bit analog-to-digital. converters (ADCs) have garnered significant research interest in the field of massive multiple-input–multiple-output (MIMO) systems, due to their ability to greatly reduce hardware costs and power consumption. In this article, we aim to investigate the performance of matched filtering (MF) in massive MIMO radar that utilizes one-bit ADCs. First, we demonstrate that in the presence of temporally uncorrelated Gaussian noise, the MF output of the one-bit quantized received signals in massive MIMO radar approaches a Gaussian distribution asymptotically. Subsequently, we derive the statistical characteristics of the MF output, including the mean and covariance matrix, under two different noise scenarios: 1) white Gaussian noise and 2) spatially correlated Gaussian noise. These analyses provide valuable insights into the behavior of the MF output. Importantly, exploiting the fact that massive MIMO radar involves a large number of measurements (i.e., samples in space, frequency, or time domains), we present an approximate probabilistic distribution for the MF output. This approximation enables the development of low-complexity signal processing algorithms for one-bit MIMO radar. Furthermore, based on the aforementioned approximations, we mathematically derive the performance gap between one-bit and traditional high-resolution MIMO radars. Finally, we conduct representative simulations from the perspectives of target detection and beamforming to illustrate the performance of massive MIMO radar employing one-bit ADCs
Author Wang, Ziqin
Zhang, Shengmiao
Deng, Minglong
Cheng, Ziyang
Zhou, Liming
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SubjectTerms Algorithms
Approximation
Beamforming
Covariance matrices
Covariance matrix
Filtration
Massive MIMO
Massive multiple-input–multiple-output (MIMO) radar
matched filtering (MF)
MIMO communication
MIMO radar
Normal distribution
one-bit analog-to-digital converter (ADC)
Quantization (signal)
Radar
Radar antennas
Radar cross-sections
Radar detection
Random noise
Signal processing
Statistical analysis
Target detection
Title On the Performance of One-Bit Matched Filtering in Massive MIMO Radar
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