Sub-Nyquist synthetic aperture radar (SAR) can recover images from sub-Nyquist samples
with a prerequisite that SAR imaging scenes are sparse in certain basis. However, plenty of …

To avoid decorrelation, conventional synthetic aperture radar interferometry (InSAR)
requires that interferometric images should have a common spectral band and the same …

Compressed sensing (CS) synthetic aperture radar (SAR) can recover images from
undersampled SAR data based on accurate observation models. However, motion errors …

In this paper, an adaptive block compressive sensing (BCS) method is proposed for
compression of synthetic aperture radar (SAR) images. The proposed method enhances the …

正交压缩采样(Quadrature Compressive Sampling, QuadCS), 可直接低速获取射频信号的同相
和正交支路信号, 是一种有效的宽带/超宽带信号采样模信转换系统. 本文在分析QuadCS …

This paper presents an efficient sub-Nyquist pulse-Doppler radar system via quadrature
compressive sampling (QuadCS) in fast-time domain. QuadCS is a bandpass variant of …

Additional scene information can be captured using fully polarimetric synthetic aperture
radar (PolSAR) at the cost of significant increases in storage and data processing …

Modern spaceborne synthetic aperture radar (SAR) features a capacity of multiple imaging
modes. It comes with Earth-observation data archives consisting of SAR images acquired in …

This paper presents the Compressed Co-prime FMCW SAR (CCF-SAR) system. CCF-SAR
is an efficient FMCW SAR compression system based on the idea of co-prime sampling …

Compressed Sensing (CS) is a mathematical technique that can be applied to sparse data
sets to allow for sub-Nyquist sampling. DCPCS is a CS technique that recovers the signal …