Synthetic aperture radar (SAR) tomography (TomoSAR) extends the synthetic aperture
principle into the elevation direction for 3-D imaging. The resolution in the elevation direction …

The restoration of clipped audio signals, commonly known as declip**, is important to
achieve an improved level of audio quality in many audio applications. In this paper, a novel …

This paper presents a novel approach for the reconstruction of super-resolution (SR)
synthetic aperture radar (SAR) images in the compressed sensing (CS) theory framework …

For a very high frequency radar, multiple reflection paths, ie, multipaths, of target echoes
may cause severe errors in elevation estimation of low-angle targets, especially in the case …

The sensing matrix of a compressive system impacts the stability of the associated sparse
recovery problem. In this paper, we study the sensing matrix of the modulated wideband …

Inverse synthetic aperture radar (ISAR) image data of a single target is sparse in the image
domain. Based on this sparseness, we could obtain a high-precision image reconstruction …

One can recover sparse multivariate trigonometric polynomials from a few randomly taken
samples with high probability (as shown by Kunis and Rauhut). We give a deterministic …

Synthetic aperture radar (SAR) and inverse synthetic aperture radar (ISAR) imaging
technology are powerful tools to acquire high-resolution radar image, which is an important …

Tomographic synthetic aperture radar (SAR) technique has attracted remarkable interest for
its ability of 3-D resolving along the elevation direction via a stack of SAR images collected …

Compressive sensing theory enables faithful reconstruction of signals, sparse in domain Ψ,
at sampling rate lesser than Nyquist criterion, while using sampling or sensing matrix Φ …