In multipass spaceborne synthetic aperture radar (SAR) interferometry, the two acquisitions
often present low correlation levels and very noisy phase measurements that are …

This paper explains the underestimation of phase slope and the consequent distortion of the
phase surface, observed in two-dimensional (2-D) phase unwrapping by linear estimators …

An approach to two-dimensional (2D) phase unwrapping for synthetic aperture radar (SAR)
interferometry is presented, based on separate steps of coarse phase and fine phase …

This paper presents a new phase-unwrapping (PU) algorithm for SAR interferometry that
makes use of a particle filter (PF) to perform simultaneously noise filtering and PU. The …

Phase unwrapping is the key problem in building the elevation map of a scene from
interferometric synthetic aperture radar (SAR) system data. Phase unwrapping consists in …

Determining the Earth's surface topography and deformation with interferometric synthetic
aperture radar involves measurement of phase, which, for a typical coherent radar signal …

The growing interest in the applications of synthetic aperture radar (SAR) interferometry led
to an increasing demand for reliable phase unwrapping techniques. Research efforts have …

This paper considers the problem of unwrapping the phase image obtained from a noisy
interferometric synthetic aperture radar (InSAR) image. The implicit nonlinearity of the …

For many applications of SAR interferometry phase unwrapping is an essential processing
step. However, though unwrapping errors usually result in large error contributions …

This paper describes a new region-growing algorithm for interferometric synthetic aperture
radar (SAR) phase unwrapping. The algorithm is designed to handle noisy interferograms …