Light sheet microscopy is a powerful technique for high-speed three-dimensional imaging of
subcellular dynamics and large biological specimens. However, it often generates datasets …

An algorithm based on spatial tessellation and approximation of each triangle patch in the
Delaunay (1934) triangulation (with smoothness constraints) by a bivariate polynomial is …

Reflectivity images of the earth are calculated by migrating discrete grids of seismic traces.
Typically, such traces are spatially undersampled on a recording grid with limited aperture …

The vertical distribution of subsurface phytoplankton in the ocean contains key information
about not only ocean ecology but also water column optical properties relevant to remote …

The capability of imaging and detecting single DNA molecules is critical in the study,
analysis, and applications of DNA. Fluorescence imaging is a widely used method, but it …

Prestack migration in the time and depth domains is the premier tool for seismic imaging of
complex structures. Unfortunately, an undersampled acquisition geometry, a limited …

Lensless scattering imaging is a prospective approach to microscopy in which a high-
resolution image of an object is reconstructed from one or more measured speckle patterns …

Civil infrastructure can suffer from concrete cracks due to the creep, shrinkage, diverse
natural loading, aging, and corrosion of reinforcement. Concrete cracks are one of the …

Geometrical analysis of the photoreceptor mosaic can reveal subclinical ocular pathologies.
In this paper, we describe a fully automatic algorithm to identify and segment photoreceptors …

The subject of interest is the superresolution of atmospheric-turbulence-degraded, short-
exposure imagery, where superresolution refers to the removal of blur caused by a …