We present an experimental setup useful for complex amplitude evaluation and phase
image quantification of three-dimensional (3-D) samples in digital holographic microscopy …

Imaging interferometric microscopy (IIM) is a synthetic aperture imaging approach providing
resolution to the transmission medium (refractive index n) linear systems limit extending to≳ …

The usage of two static gratings for obtaining super-resolved imaging dates back to the work
by Bachl and Lukosz in 1967. However, in their approach a severe reduction in the field of …

We present two approaches that use the environmental conditions in order to exceed the
classical Abbe's limit of resolution of an aperture-limited imaging system. At first we use …

The ability to improve the limited resolving power of optical imaging systems while
approaching the theoretical diffraction limit has been an attractive discipline with growing …

The use of tilted illumination onto the input object in combination with time multiplexing is a
useful technique to overcome the Abbe diffraction limit in imaging systems. It is based on the …

Many micro-electro-mechanical-systems (MEMS) are based on the use of resonant
mechanical structures. In this paper, we propose scanning electron microscopy techniques …

In this paper we present a new approach allowing improved imaging capabilities while
using imaging lenses with higher tolerances to fabrication errors. The idea is to attach a …

We extend the approach recently applied for achieving spatial and temporal superresolution
to spectral measurements with superresolution. The light passes previously through a filter …

Face recognition performance degrades when face images are of very low resolution since
many details about the difference between one person and another can only be captured in …