There has been great interest in researching and implementing effective technologies for the
capture, processing, and display of 3D images. This broad interest is evidenced by …

In this work, Fourier integral microscope (FIMic), an ultimate design of 3D-integral
microscopy, is presented. By placing a multiplexing microlens array at the aperture stop of …

Light-field microscopy represents a promising solution for microscopic volumetric imaging,
thanks to its capability to encode information on multiple planes in a single acquisition. This …

Plenoptic microscopy is a promising technique which allows refocusing and depth-of-field
enhancement, in post-processing, as well as scanning free 3D imaging. However, in its …

In a setup illuminated by chaotic light, we consider different schemes that enable us to
perform imaging by measuring second-order intensity correlations. The most relevant …

Plenoptic imaging is a 3D imaging technique that has been applied for quantification of 3D
particle locations and sizes. This work experimentally evaluates the accuracy and precision …

This work details the development of an algorithm to determine 3D position and in plane
size and shape of particles by exploiting the perspective shift capabilities of a plenoptic …

A micro-plenoptic system was designed to capture the three-dimensional (3D) topography of
the anterior iris surface by simple single-shot imaging. Within a depth-of-field of 2.4 mm …

Integral microscopy is a novel technique that allows the simultaneous capture of multiple
perspective images of microscopic samples. This feature is achieved at the cost of a …

With the growth of light field imaging as an emerging diagnostic tool for the measurement of
3D particle fields, various algorithms for 3D particle measurements have been developed …