...ld: Either a [[near eye lightfield display]] or a [[world-fixed lightfield display]].
A [[sequential light field display]] is a display that generates groups of rays at various focus distances one after another,
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#Redirect [[Near-eye lightfield display]]
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...lay''' is a type of [[light field display]] that is part of a head-mounted display and projects directly into the eye. It is fixed to the coordinate system of
A near-eye lightfield display ought to be made in pairs, as one is needed for each eye to have all depth
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#REDIRECT [[Focal surface display]]
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#REDIRECT [[Head-mounted display]]
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#REDIRECT [[Head-mounted display]]
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...Rift]] and [[HTC Vive]]. Other HMDs like the [[Google Glass]] only have a display over one of the user's eyes.
...HMDs are called [[Optical head-mounted display]]s or [[OHMD]]s. In VR, the display is not transparent and only virtual information and images are displayed in
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[[File:Focal surface display prototype.png|thumb|Figure 1. Focus surface display prototype. (Image: Matsuda ''et al''., 2017)]]
...ace display spatial light modulator.png|thumb|Figure 2. In a focal surface display, a spatial light simulator is placed between the screen and eyepiece of a V
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#REDIRECT [[Optical see-through head-mounted display]]
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...io-i-glasses/</ref><ref name=stanford>Virtual I/O's iglasses! Head Mounted Display https://graphics.stanford.edu/infrastructure/gamma-corrected/iglasses.html<
The iglasses display two color video images with a resolution of 640x480 each.<ref name=stanford
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...splays are intended to emit light isotropically. In contrast, a light field display supports the control of tightly-clustered bundles of light rays, modulating
...akta, V.R., Richuso, J. and Jain, A. (2014). DLP ® Technology for Near Eye Display. Retrieved from http://www.ti.com/lit/wp/dlpa051/dlpa051.pdf</ref> <ref nam
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...splay. OHMDs are used in [[augmented reality]] (AR). Unlike [[head-mounted display#Virtual Reality HMDs|virtual reality HMDs]] that obscure our vision of the
Optical [[head-mounted display]] can cover only 1 eye such as the [[Google Glass]] or both eyes. Wearers c
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...io-i-glasses/</ref><ref name=stanford>Virtual I/O's iglasses! Head Mounted Display https://graphics.stanford.edu/infrastructure/gamma-corrected/iglasses.html<
The iglasses display two color video images with a resolution of 640x480 each.<ref name=stanford
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...arent when smearing is eliminated through the use of a [[low persistence]] display (smearing no longer hides strobing).
Strobing can be eliminated by increasing the [[refresh rate]] of the display.
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Refresh rate is the number of times per second the display grabs a new image from the [[GPU]]. It also decides the length of [[latency
For a display with 30 Hz: 1 Hz = 1000 milliseconds, 1000 milliseconds / 30 Hz = 33.33 mil
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...ld: Either a [[near eye lightfield display]] or a [[world-fixed lightfield display]].
A [[sequential light field display]] is a display that generates groups of rays at various focus distances one after another,
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...])<ref name="j872">{{cite web | title=High Efficiency Near-Eye Light Field Display | url=https://cs.unc.edu/~maimone/media/Maimone_GTC2015.pdf | access-date=2
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...lasses''' is a discontinued series of [[head-mounted display]]s from [[i-O Display Systems]]. Some products include composite NTSC video input.<ref name="s786
...i-O Display Systems i-glasses HRV. CNET. https://www.cnet.com/reviews/i-o-display-systems-i-glasses-hrv-pro-review/</ref>
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...splay. OHMDs are used in [[augmented reality]] (AR). Unlike [[head-mounted display#Virtual Reality HMDs|virtual reality HMDs]] that obscure our vision of the
Optical [[head-mounted display]] can cover only 1 eye such as the [[Google Glass]] or both eyes. Wearers c
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The '''Takara Dynovisor''' is a [[head-mounted display]] manufactured by MRK - Media Robotics Co Ltd in Tokyo under license from [
It can display video from media gadgets and game consoles.
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#REDIRECT [[Head-mounted display]]
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#REDIRECT [[head-mounted display]]
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#REDIRECT [[Head-mounted display]]
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#REDIRECT [[Focal surface display]]
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#Redirect [[Near-eye lightfield display]]
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#REDIRECT [[head-mounted display]]
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#REDIRECT [[Head-mounted display]]
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#REDIRECT [[Head-mounted display]]
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#REDIRECT [[I-O Display Systems]]
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...lay''' is a type of [[light field display]] that is part of a head-mounted display and projects directly into the eye. It is fixed to the coordinate system of
A near-eye lightfield display ought to be made in pairs, as one is needed for each eye to have all depth
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#REDIRECT [[Optical see-through head-mounted display]]
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#REDIRECT [[Optical see-through head-mounted display]]
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