Digital recording and numerical reconstruction of holograms Page 1 Measurement Science and
Technology REVIEW ARTICLE Digital recording and numerical reconstruction of holograms To …

The concept of digital holographic recording is illustrated in Fig. 3.1 a (Schnars, 1994;
Schnars and Jüptner, Appl Opt 33: 179–181, 1994). A plane reference wave and the wave …

The recording and storage of full-parallax 3D images was and is a recurring goal of science
and engineering since the first photographs were made. To accomplish this, the whole …

Holographic interferometry is one of the most useful applications of holography. It allows
measurement of the phase of an object or a scene, which evolves over time. In particular, it …

Measurement of strain, curvature, and twist of a deformed object play an important role in
deformation analysis. Strain depends on the first order displacement derivative, whereas …

We propose a compressive self-interference incoherent digital holography (SIDH) with a
geometric phase metalens for section-wise holographic object reconstruction. We specify …

Lensless Fourier transform digital holographic technique is applied for measurement of
diffusion in miscible transparent liquid solutions. The phase information at two time …

Glazed ceramic flooring tiles have a protective layer that rests over the material, making
them impervious to water and stain penetration. A typical defect found in the ceramic tile is …

For digital holographic microscopic imaging, the resolution in the reconstructed image is one
of the most important parameters. To optimize the lateral resolution, a general model for the …

Phase retrieval utilizing Fourier amplitudes plays a significant role in image recovery.
Iterative phase retrieval algorithms have been developed to retrieve phase information that …