Holography, 3D Imaging and 3D Display

doi:10.3390/books978-3-03943-596-8

Download Url(s)

https://mdpi.com/books/pdfview/book/3406

Contributor(s)

Poon, Ting-Chung (editor)

Zhang, Yaping (editor)

Cao, Liangcai (editor)

Yoshikawa, Hiroshi (editor)

Language

English

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Abstract

Modern holographic techniques have been successfully applied in many important areas, such as 3-D inspection, 3-D microscopy, metrology, and profilometry, augmented reality, and industrial informatics. This Special Issue covers selected pieces of cutting-edge research works, ranging from low-level acquisition, to high-level analysis, processing, and manipulation of holographic information. The Special Issue also serves as a comprehensive review of existing state-of-the-art techniques in 3-D imaging and 3-D display, as well as broad insights into the future development of these disciplines. The Special Issue contains 25 papers in the field of holography, 3-D imaging, and 3-D display. All the papers underwent substantial peer review under the guidelines of Applied Sciences.

URI

https://directory.doabooks.org/handle/20.500.12854/68391

Keywords

optical scanning holography; extended depth-of-field; automatic focus detection; entropy minimization; block partitioned entropy minimization; holographic printing; holographic stereogram; holographic element (hogel); round-trip imaging; scattering media; 3D imaging; transmission matrix; spatial light modulator; digital holography; phase modulation; Fourier spectra; fast characterization; coherent imaging; hologram; holography; phase-only; compression; deep learning; JPEG; convolutional neural network; shape from focus; neural network; weight passing; computer-generated hologram; rainbow hologram; high resolution; fringe printer; wide viewing angle; three-dimensional imaging; multiwavelength digital holography; color holography; phase-shifting interferometry; phase-shifting digital holography; absolute phase retrieval; phase-shift; fringe order; geometric constraints; holographic solar concentrator; holographic lens; volume phase holographic optical elements; near-eye display; leaky mode; lithium niobate; holographic video; augmented reality; 3D display; acousto-optic modulator; laser-induced structures; computer holography; spatial light modulators; diffraction gratings; imaging systems; digital hologram; holographic display; tabletop display; hologram measurement; ophthalmoscope; lens design; medical optics and biotechnology; holographic element; virtual reality; 3-D optical imaging processing; 3-D optical display; 3-D projection integral imaging; three-dimensional dual-view display; shape from focus (SFF); jitter noise; focus curve; Kalman filter; imaging; 3D; high-resolution episcopic microscopy; episcopic; phenotyping; HREM; tomographic diffractive microscopy (TDM); diffracted field; holographic interferometry; inverse scattering; dual-view display; integral imaging; lens-array holographic optical element; 3D imaging system; wave field synthesis; vergence–accommodation conflict; lens array; focus cue; light field display; holographic 3D display; computer generated holography; generalized phase-shifting interferometry; slightly tilted reference; numerical simulations; n/a