With the advent of modern computing and imaging technologies, digital holography is
becoming widespread in various scientific disciplines such as microscopy, interferometry …

With the advent of modern computing and imaging technologies, the use of digital
holography became practical in many applications such as microscopy, interferometry, non …

Phase-shifting digital hologram compression has been mainly studied in the recording
domain, where data possess a rather randomlike appearance, yielding reduced …

Digital holography is a growing field that owes its success to the provided three-dimensional
imaging representation. This is achieved by encoding the wave field transmitted or scattered …

Fresnelets are wavelet-like base functions specially tailored for digital holography
applications. We introduce their use in phase-shifting interferometry (PSI) digital holography …

Holography allows for both the recording and reproduction of wavefields of light, and is
thereby able to fully capture the three-dimensional structure of objects. The appearance of …

Holography has the potential to become the ultimate 3D experience. Nevertheless, in order
to achieve practical working systems, major scientific and technological challenges have to …

While 60 years of successful application of holography is celebrated in this special issue,
efficient representation and compression of holographic data has received relatively little …

Publisher's Note: This paper, originally published on 9/26/2013, was replaced with a
corrected/revised version on 7/9/2014. If you downloaded the original PDF but are unable to …

With the increasing interest in holography for 3D imaging applications, there is a need to
develop and use hologram compression techniques for the efficient storage and …