As an important three-dimensional (3D) display technology, computer-generated holograms
(CGHs) have been facing challenges of computational efficiency and realism. The polygon …

In this paper, two solutions are proposed to improve the quality of a large image that is
reconstructed in front of the observer in a near-eye holographic display. One of the proposed …

In this work, we propose a novel computational approach to point-cloud wide-angle
computer-generated hologram (WA-CGH), which is based on the spatial frequency …

Abstract Holographic Near Eye Displays (HNEDs) are meant to be the next generation of
electronic devices that enable projecting three-dimensional images directly to the eyes. This …

A method for reconstruction of partial off-axis areas of arbitrary size for wide-angle viewing
computer generated holograms is presented. Proposed method employs paraxial spherical …

Numerical inspection of wide-angle (WA) or ultra-wide-angle (UWA) computer-generated
holograms (CGH) is a computationally demanding task. To surpass this limitation, we …

Achievements in the field of high-speed spatial modulation electrooptic components provide
the possibility to create perspective optical-digital diffractive systems for information storage …

Conference title, upper and lower case, bolded, 18 point type, centered Page 1 Wide angle
hologram, a tour from generation to display Tomasz Kozacki*, Rafał Kukołowicz, Maksymilian …

Methods for manipulating the geometry of 3D image by linear transforming of hologram data
are very efficient. Such techniques are desirable also for wide-angle viewing holographic …