An important imaging technique in biomedicine, the conventional optical microscopy relies
on relatively complicated and bulky lens and alignment mechanics. Based on the Gabor …

Rapid advancement in vision recording technologies is increasing the importance and
production of video data in a wide range of applications. This paper proposed a novel …

Since detectors can only record the intensity of the wavefield, it is a long-standing issue to
find an effective method to retrieve the phase information. A classic solution to the problem is …

We consider the application of a recently developed hyperspectral broadband phase
retrieval (HSPhR) technique for spectrally varying object and modulation phase masks at …

A novel method based on optofluidic lensless-holography for detecting the composition of oil
droplets is presented in this paper. The three most important characteristic parameters in the …

Iterative phase retrieval algorithms from multiple diffraction patterns in the terahertz (THz)
frequency range are a promising tool of computational imaging capable of providing high …

Итерационные алгоритмы восстановления фазы из дифракционных распределений в
терагерцовом (ТГц) диапазоне частот являются многообещающим подходом …

In this proceeding, we present the description of the numerical approach for resolution
enhancement, field of view widening and noise reduction in pulse time-domain holography …

One of the problems of interferometric methods is the difficulty of measuring surface shape
with sharp boundaries due to the wavelength-limited dynamic range of the measurement. To …

In this proceeding, we discuss the method that allows for field of view and reconstruction
quality enhancement of pulsed THz holograms recorded by matrix detectors that do not …