Abstract Digital Holographic Microscopy (DHM) combines optical interferometry with optical
microscopy and hence provides a fast, non-destructive measurement approach for the 3D …

The determination of focused image plane is the key of numerical reconstruction of
wavefront. In this paper, three autofocus algorithms for digital holographic microscopy …

An autofocusing method based on cosine similarity in dual-wavelength digital holographic
microscopy is proposed. In our experiments, red and green lasers are employed for …

An autofocusing method for two-wavelength digital holographic microscopy (TWDHM)
based on the wavelength dependence of the diffraction process is proposed. Red and green …

Digital holographic microscopy (DHM) is an optoelectronic technique that is made up of two
parts:(i) the recording of the interference pattern of the diffraction pattern of an object and a …

Digital holographic microscopy (DHM) suffers from a limited refocus depth range due to the
employed microscope objective. The relationship between the refocus depth range of the …

We propose and test a focus plane determination method that computes the digital refocus
distance of an object investigated by digital holographic microscopy working in transmission …

Accurately estimating the reconstruction distance of samples is very important for digital
holographic microscopy, various auto-focusing algorithms have been proposed. These …

A recurrent problem in microscopy is the finite depth-of-focus linked to the NA of microscope
objectives. Digital holographic microscopy (DHM) has the unique feature of being able to …

We analyze the dependency and the accuracy of the refocusing criterion based on the
integrated modulus amplitude in the case of amplitude object. Analytical dependencies on …