Modern radar systems tend to utilize high bandwidth, which requires high sampling rate, and
in many cases, these systems involve phased array configurations with a large number of …

Radar is an acronym for" radio detection and ranging." However, the functions of today's
radar systems, both in civilian and military applications, go beyond simple target detection …

The goal of this paper is to review the main trends in the domain of uncertainty principles
and localization, highlight their mutual connections and investigate practical consequences …

A new approach is proposed, namely CSSF MIMO radar, which applies the technique of
step frequency (SF) to compressive sensing (CS) based multiple-input multiple-output …

The authors focus on the waveform design for Code Division Multiple Access Multiple Input
Multiple Output (CDMA‐MIMO) radar systems, with a specific emphasis on Compressed …

In this note we provide a negative answer to a question raised by Kreisel concerning a
condition on the short-time Fourier transform that would imply the HRT conjecture. In …

Compressive sensing technique has been widely applied to achieve range-Doppler
reconstruction of high frequency radar by utilizing sparse random stepped-frequency (SRSF) …

This paper proposes a novel signal composed of multiple quasi-orthogonal waveforms,
enabling the use of block-sparse recovery (BSR) in a photonics-based radar system. The …

针对压缩感知雷达(Compressive Sensing Radar, CSR) 在感知矩阵和目标信息矢量失配时距离-
多普勒参数估计性能下降的问题, 该文提出一种稳健的盲稀疏度CSR 目标参数估计方法 …

针对压缩感知雷达的感知矩阵相干系数随分辨率增加而增大以致不能以大概率对稀疏向量进行
完美重构的问题, 直接基于原始感知矩阵, 提出紧凑感知矩阵追踪(CSMP) 算法. 该文将CSMP …