Photorealism in computer graphics—rendering images and animations that appear the
same as photographs or cinematographic movies—has matured to the point that it is now …

This work introduces the first approach to video see-through mixed reality with full support
for focus cues. By combining the flexibility to adjust the focus distance found in varifocal …

In a 3D near-eye light field display using microlens array-based integral imaging, the
accommodation response is presumed to exactly coincide with the reconstructed depth …

There have been many recent developments in 3D display technology to provide correct
accommodation cues over an extended focus range. To this end, those displays rely on …

This work introduces off-axis layered displays, the first approach to stereoscopic direct-view
displays with support for focus cues. Off-axis layered displays combine a head-mounted …

Additive light field displays are transparent autostereoscopic three‐dimensional displays
without backlights, thus suitable for augmented reality applications. However, when the …

In one embodiment, a computing system may receive a focal surface map, which may be
specified by an application. The system may determine an orientation in a 3D space based …

Near-eye volumetric displays, showing multiple focal planes, require knowledge of the
accurate position of the nodal point of the eye to correctly render a 3D scene. This is …

Tensor displays are multiview glasses-free 3D displays composed of a stack of LCD layers.
The images displayed on each layer are usually generated from a dense set of viewpoints …

Holographic displays and computer-generated holography offer a unique opportunity in
improving optical resolutions and depth characteristics of near-eye displays. The thermally …