We describe what we believe to be a new digital holographic configuration that can be
utilized for both single-shot, dual-wavelength, off-axis geometry and imaging polarimetry. To …

The purposes of the paper are threefold:(1) to show the possibility to perform parallel phase-
shifting Fizeau interferometry by using a quarter waveplate with high flatness as a …

We describe a configuration that can be used for two-wavelength phase-shifting in-line
interferometry based on polarizing separation. The experiment is conducted on a sample …

We report on a manifold advanced dual-wavelength digital holographic microscopy (DHM)
configuration with a real-time measurement capability. The proposed configuration based on …

In this paper, a simultaneous dual-wavelength digital holographic microscope with
compensation of chromatic aberration is presented. The microscope has been used to …

Great number of approaches has been carried out in digital holography (DH) in order to
overcome the problem of coherent noise in the reconstruction process. In this paper, we …

Off-axis digital holography generally uses a 2D-FFT based spatial filtering method to extract
the complex object wave from an off-axis hologram. In this paper, we describe a novel single …

This paper presents a quantitative comparison between off-axis digital holographic
microscopy (DHM) and on-axis phase-shifting interferometry (PSI) for surface micro …

In this paper, the uncertainty budget from 10 sources we claim they have direct impact on
measurement is estimated. The measurement has been applied to nominal step heights of …

The polarization errors of large aperture dynamic interferometers based on the polarization
phase shifting method are mainly coming from the effects of imperfect polarized elements …