Radar imaging is a subject of tremendous mathematical richness, with many interesting
applications and many challenging open problems that are of a mathematical nature. Yet the …

The ionosphere is the Earth's upper atmosphere with sufficiently charged particles that
influence the electromagnetic wave propagation, thereby impeding spaceborne synthetic …

Topical Review Page 1 Inverse Problems TOPICAL REVIEW Problems in synthetic-aperture
radar imaging To cite this article: Margaret Cheney and Brett Borden 2009 Inverse Problems …

The utilization of global positioning system (GPS) for 3-D ionospheric electron density
reconstruction, ie, computerized ionospheric tomography (CIT), provides significant …

Imaging of the Earth's surface by spaceborne synthetic aperture radars (SAR) may be
adversely affected by the ionosphere, as the temporal dispersion of radio waves in the …

The interest in the use of spaceborne synthetic aperture radar (SAR) for collecting earth
bio/geophysical information and detecting foliage-obscured targets has been increased …

Multiscale modeling and high resolution three-dimensional simulations of nonequilibrium
ionospheric dynamics are major frontiers in the field of space sciences. The latest …

The start-stop approximation is a standard tool for processing radar data in synthetic
aperture imaging. It assumes that the antenna is motionless when a pulse is emitted and the …

Turbulent fluctuations of the electron number density in the Earth's ionosphere may hamper
the performance of spaceborne synthetic aperture radar (SAR). Previously, we have …

We propose a robust technique for reducing the ionospheric distortions in spaceborne
synthetic aperture radar (SAR) images. It is based on probing the terrain on two distinct …