Digital holography enables quantitative phase imaging based on interference. A digital
hologram often encodes the phase information along with aberrations or deformations. This …

We present sensing time-lapse morphogenesis of living bone cells under micro-fluidic shear
stress (FSS) by digital holographic (DH) microscopy. To remove the effect of aberrations on …

Phase aberrations must be precisely compensated for phase-contrast imaging in digital
holographic microscopy. In this paper, an automatic and accurate phase aberration …

Phase aberration compensation is of great significance for the quantitative phase imaging in
digital holographic microscopy. Least-square-based fitting algorithms are the most common …

In digital holographic microscopy, phase aberrations, which are usually caused by the
imperfections of components and nontelecentric configuration of the optical system, severely …

We propose a numerical and automatic quadratic phase aberration elimination method in
digital holography for phase-contrast imaging. A histogram segmentation method based on …

We proposed a numerical and accurate quadratic phase aberration compensation method
in digital holography. A phase imitation method based on Gaussian 1 σ-criterion is used to …

We propose a purely automatic and accurate phase aberration compensation method in
digital holographic microscopy for phase-contrast imaging of living cells. At first, a least …

We present temporal compressive holographic microscopy to achieve high-speed phase
imaging with a low-speed camera. In this method, alternating deep denoising network and …

A totally automatic and robust phase aberration compensation method is proposed for digital
holographic microscopy. The correction needs no manual operation or prior knowledge of …