&lt;title&gt;ICVision: a VLSI-based diffractive display for real-time display of holographic stereograms&lt;/title&gt;

Kulick, Jeffrey H.; Kowel, Stephen T.; Nordin, Gregory P.; Parker, A. H.; Lindquist, Robert G.; Nasiatka, Patrick J.; Jones, Michael W.

doi:10.1117/12.172619

Cited by 6 publications

(5 citation statements)

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“…The problem is important for mobile displays, because the viewing distance is as short as the length of the observer's arm . Super‐multi‐view stereoscopic displays and holographic displays have been proposed to solve this problem . But these display systems need an extremely precise device and many image data, thus new simple solutions are required.…”

Section: Introductionmentioning

confidence: 99%

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A new Maxwellian view display for trouble‐free accommodation

2012

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We studied a new display system that realizes a Maxwellian view. The system is composed of a base display and a fly‐eye lens with micro‐pinholes. This forms ray intersecting points of diameter of 0.8 mm at a viewing distance of 280 mm. It was confirmed that the new display system can extend the depth of field of the human eye system, where the observer sets the ray intersecting point at his pupil.

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Section: Introductionmentioning

confidence: 99%

“…5 Supermulti-view stereoscopic displays and holographic displays have been proposed to solve this problem. [6][7][8][9] But these display systems need an extremely precise device and many image data, thus new simple solutions are required. Accommodation problems also occur when older persons watch handheld high-resolution displays.…”

Section: Introductionmentioning

confidence: 99%

A new Maxwellian view display for trouble‐free accommodation

2012

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“…[1][2][3][4][5] Such systems would permit arbitrary three-dimensional 13-D2 scenes or objects to be viewed with either one-dimensional 11-D2 or two-dimensional 12-D2 motion parallax. We have previously reported the partial pixel architecture, [6][7][8] which is functionally equivalent to a real-time holographic stereogram. This architecture utilizes spacebandwidth products that are easily obtainable with current VLSI technoogy.…”

Section: Introductionmentioning

confidence: 99%

“…8 We have previously shown that each partial pixel can be implemented as an individual diffraction grating. [6][7][8] The period and angular orientation of each grating is designed to diffract a readout beam to the desired virtual slit. Diffraction from the grating aperture defines the physical extent of each virtual slit in the viewing region.…”

Section: Introductionmentioning

confidence: 99%

“…Diffraction from the grating aperture defines the physical extent of each virtual slit in the viewing region. 7,8 For the device reported herein we generated the diffraction gratings in a thin layer of homeotropically aligned nematic liquid crystal using an appropriately designed set of interdigitated electrodes. The liquidcrystal layer lies directly on top of these electrodes and has a local director axis perpendicular to the electrodes, as shown in Fig.…”

Section: Introductionmentioning

confidence: 99%

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Liquid crystal-on-silicon implementation of the partial pixel three-dimensional display architecture

et al. 1995

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We report the implementation of a liquid crystal-on-silicon, three-dimensional (3-D) diffractive display based on the partial pixel architecture. The display generates multiple stereoscopic images that are perceived as a static 3-D scene with one-dimensional motion parallax in a manner that is functionally equivalent to a holographic stereogram. The images are created with diffraction gratings formed in a thin liquid crystal layer by fringing electric fields from transparent indium tin oxide interdigitated electrodes. The electrodes are controlled by an external drive signal that permits the 3-D scene to be turned on and off. The display has a contrast ratio of 5.8, which is limited principally by optical scatter caused by extraneous fringing fields. These scatter sources can be readily eliminated. The display reported herein is the first step toward a real-time partial pixel architecture display in which large numbers of dynamic gratings are independently controlled by underlying silicon drive circuitry.

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Multi‐view display with hologram screen using three‐dimensional Bragg diffraction

Okamoto

Shimizu²

2002

Journal of Information Display

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<title>ICVision: a VLSI-based diffractive display for real-time display of holographic stereograms</title>

Cited by 6 publications

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A new Maxwellian view display for trouble‐free accommodation

A new Maxwellian view display for trouble‐free accommodation

Liquid crystal-on-silicon implementation of the partial pixel three-dimensional display architecture

Multi‐view display with hologram screen using three‐dimensional Bragg diffraction

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