Meta tags:

Headings (most frequently used words):

virtual, retinal, display, contents, history, see, also, references, external, links,

Text of the page (most frequently used words):
the (67), #display (45), virtual (31), reality (27), and (24), retinal (18), list (11), this (9), technology (9), head (9), was (8), with (8), vrd (8), edit (8), wikipedia (7), page (7), from (7), technologies (7), stereoscopic (7), camera (7), augmented (7), meta (7), systems (7), google (7), eye (7), glasses (7), 2018 (6), computer (6), mounted (6), vision (6), stereo (6), system (6), for (6), oculus (6), screen (6), also (6), view (5), may (5), cs1 (5), japanese (5), articles (5), mixed (5), retrieved (5), other (5), laser (5), television (5), depth (5), spatial (5), games (5), quest (5), history (5), image (5), move (5), projection (5), see (5), retissa (5), intel (5), that (5), have (5), contents (4), search (4), contact (4), inc (4), maint (4), names (4), authors (4), references (4), lens (4), video (4), game (4), photography (4), metaverse (4), playstation (4), tools (4), leap (4), main (4), links (4), sony (4), 2020 (4), smart (4), particular (4), user (4), only (4), used (4), made (4), article (4), hide (4), sidebar (4), additional (3), august (3), sources (3), unsourced (3), description (3), optical (3), displays (3), new (3), product (3), parallax (3), htc (3), development (3), software (3), project (3), samsung (3), magic (3), apple (3), based (3), tracking (3), retina (3), north (3), has (3), microvision (3), link (3), device (3), not (3), some (3), limited (3), their (3), resolution (3), into (3), similar (3), high (3), brightness (3), languages (2), toggle (2), table (2), mobile (2), about (2), privacy (2), policy (2), terms (2), use (2), commons (2), categories (2), numeric (2), multiple (2), statements (2), all (2), short (2), wikidata (2), needing (2), 2009 (2), interaction (2), index (2), volumetric (2), ultra (2), color (2), holographic (2), autostereoscopy (2), bionic (2), screenless (2), generation (2), emerging (2), applications (2), 3ds (2), headset (2), film (2), coding (2), plus (2), stereoscopy (2), holography (2), vergence (2), accommodation (2), conflict (2), stereopsis (2), effect (2), perception (2), binocular (2), computing (2), room (2), horizon (2), visionos (2), vr2 (2), rift (2), vive (2), engine (2), source (2), frame (2), version (2), related (2), general (2), valve (2), virtuality (2), pico (2), microsoft (2), pro (2), glass (2), vuzix (2), pimax (2), current (2), niantic (2), labs (2), group (2), touch (2), motion (2), wearable (2), omnidirectional (2), free (2), rendering (2), interface (2), smartglasses (2), most (2), 2004 (2), how (2), external (2), 2023 (2), compact (2), visually (2), impaired (2), neoviewer (2), company (2), focals (2), bohn (2), dieter (2), 2019 (2), verge (2), vaunt (2), its (2), nomad (2), personal (2), cite (2), medicine (2), health (2), 252 (2), 1986 (2), number (2), although (2), potential (2), events (2), useful (2), integrated (2), release (2), equivalent (2), 720p (2), true (2), following (2), which (2), appear (2), like (2), washington (2), work (2), resulted (2), vrds (2), been (2), than (2), optics (2), needed (2), directly (2), small (2), focused (2), learn (2), help (2), citations (2), appearance (2), upload (2), file (2), changes (2), read (2), log (2), create (2), account (2), donate (2), menu (2), add, topic, cookie, statement, statistics, developers, code, conduct, legal, safety, contacts, disclaimers, text, available, under, apply, using, site, you, agree, registered, trademark, non, profit, organization, wikimedia, foundation, creative, attribution, sharealike, license, rendered, parsoid, last, edited, 2026, utc, hidden, language, different, inventions, multimodal, https, org, php, title, virtual_retinal_display, oldid, 1371293801, multi, primary, generated, flexible, tpd, tmos, tdel, sed, led, olet, oled, microled, imod, flcd, fed, next, fields, stereographer, miscellany, xpand, master, sharp, actius, rd3d, reald, panavision, nvidia, nintendo, masterimage, infitec, fujifilm, finepix, real, dolby, notable, products, microscope, digital, blu, ray, enabled, phones, camcorder, types, spectroscopy, rangefinder, rendition, stereoautograph, techniques, pseudoscope, scanning, multiview, delta, conversion, wiggle, vectograph, stereoscope, specular, polarized, scrolling, barrier, multiscopy, lenticular, integral, imaging, bubblegram, autostereogram, anaglyph, active, shutter, acuity, recovery, stereoblindness, kinetic, epipolar, geometry, peripheral, correspondence, problem, convergence, insufficiency, chromostereopsis, rivalry, category, portals, vtime, vrchat, sinespace, sensorium, sansar, resonite, rec, neosvr, worlds, facetime, altspacevr, communities, social, networks, webxr, unreal, universal, scene, unity, tabletopkit, box, realitykit, openxr, openvr, sdk, jetpack, compose, godot, artoolkit, arkit, arcore, engines, steamos, windows, android, operating, desktop, environments, pervasive, graffiti, interactive, art, sega, iris, unreleased, fixture, boy, vfx1, headgear, sword, damocles, sixthsense, sensorama, gear, cv1, hololens, daydream, cardboard, eyephone, castar, antvr, former, steam, galaxy, open, golden, headsets, bigscreen, beyond, devices, varjo, corporation, electronics, rokoko, platforms, liquid, khronos, hikky, collabora, bytedance, brilliant, companies, wizdish, rovr, wired, glove, virtuix, omni, razer, hydra, cyberith, virtualizer, peripherals, treadmill, haptic, suit, viewpoint, 360, degree, audio, modeling, foveated, asynchronous, reprojection, simultaneous, localization, mapping, pose, finger, hand, facial, capture, brain, pancake, eyetap, vtuber, transhumanism, simulation, hypothesis, door, quantified, self, filter, world, sickness, telepresence, six, degrees, freedom, 6dof, scale, model, avatar, immersion, mediated, cinematic, concepts, least, extended, lewis, john, ieee, spectrum, beholder, animations, works, chris, george, 2024, digitalcameraworld, brings, hx99, rnv, kit, vrinside, 網膜に直接映像を照射, 新しいカタチのarグラス, etherington, darrell, techcrunch, acquires, whose, won, ship, acquired, patents, tech, behind, giving, february, making, actually, look, good, photonics, media, ships, dqc, bureau, june, your, journal, viirre, pryor, nagata, furness, 3rd, 1998, studies, informatics, meets, 257, 10180549, pmid, 3233, 978, 60750, 894, doi, stud, technol, inform, published, publication, jp61198892, visual, prosthetic, medical, hoped, viewer, value, users, adaptation, heavily, subsidised, because, novel, experience, availability, buyers, were, strongly, encouraged, participate, try, circumstances, before, committing, purchase, produced, claimed, manufacturers, nominally, maker, spun, off, developed, first, commercialized, year, firm, started, sell, successor, featured, higher, fujitsu, announced, set, are, designed, conventional, via, gave, sold, line, until, planned, second, discontinued, acquisition, grating, vertical, cavity, surface, emitting, startup, sought, commercialize, founded, 1993, early, financed, government, defense, contracts, prototype, called, invented, kazuo, yoshinaka, nippon, electric, later, 1991, research, date, combination, various, role, advantage, being, much, smaller, existing, they, share, same, disadvantages, however, requiring, sort, send, typically, sunglasses, previous, can, part, human, lab, university, recently, developments, practical, bright, enough, during, day, allowed, dynamically, correct, irregularities, always, result, excellent, far, better, best, gamut, adaptive, leds, past, projecting, defocused, front, normally, form, large, eyes, background, where, appeared, floating, disadvantage, these, area, covered, weight, televisions, fact, would, focusing, them, indoor, settings, well, citation, known, proposed, draws, onto, raster, projector, rsd, scan, diagram, showing, workings, when, remove, message, please, material, challenged, jstor, scholar, books, newspapers, news, find, removed, adding, reliable, improve, needs, more, branded, encyclopedia, item, projects, printable, download, pdf, print, export, switch, legacy, parser, get, shortened, url, information, permanent, what, here, actions, english, talk, tiếng, việt, українська, türkçe, русский, 한국어, eesti, español, deutsch, català, top, special, pages, recent, community, portal, contribute, random, navigation, jump, content,

Text of the page (random words):
virtual retinal display wikipedia jump to content main menu main menu move to sidebar hide navigation main page contents current events random article about wikipedia contact us contribute help learn to edit community portal recent changes upload file special pages search search appearance donate create account log in personal tools donate create account log in contents move to sidebar hide top 1 history 2 see also 3 references 4 external links toggle the table of contents virtual retinal display 9 languages català deutsch español eesti 한국어 русский türkçe українська tiếng việt edit links article talk english read edit view history tools tools move to sidebar hide actions read edit view history general what links here related changes upload file permanent link page information cite this page get shortened url switch to legacy parser print export download as pdf printable version in other projects wikidata item appearance move to sidebar hide from wikipedia the free encyclopedia for the apple branded display screen see retina display this article needs more citations please help improve this article by adding citations to reliable sources unsourced material may be challenged and removed find sources virtual retinal display news newspapers books scholar jstor august 2009 learn how and when to remove this message display technology a diagram showing the workings of the virtual retinal display a virtual retinal display vrd also known as a retinal scan display rsd or retinal projector rp is a proposed display technology that draws a raster display like a television directly onto the retina of the eye history edit in the past similar systems have been made by projecting a defocused image directly in front of the user s eye on a small screen normally in the form of large glasses the user focused their eyes on the background where the screen appeared to be floating the disadvantage of these systems was the limited area covered by the screen the high weight of the small televisions used to project the display and the fact that the image would appear focused only if the user was focusing at a particular depth limited brightness made them useful only in indoor settings as well citation needed only recently a number of developments have made a true vrd system practical in particular the development of high brightness leds have made the displays bright enough to be used during the day and adaptive optics have allowed systems to dynamically correct for irregularities in the eye although this is not always needed the result is a high resolution screenless display with excellent color gamut and brightness far better than the best television technologies the vrd was invented by kazuo yoshinaka of nippon electric co in 1986 1 later work at the university of washington in the human interface technology lab resulted in a similar system in 1991 2 most of the research into vrds to date has been in combination with various virtual reality systems in this role vrds have the potential advantage of being much smaller than existing television based systems they share some of the same disadvantages however requiring some sort of optics to send the image into the eye typically similar to the sunglasses system used with previous technologies it also can be used as part of a wearable computer system 3 a washington based startup microvision inc has sought to commercialize vrd founded in 1993 microvision s early development work was financed by us government defense contracts and resulted in the prototype head mounted display called nomad 4 5 in 2018 intel announced vaunt a set of smart glasses that are designed to appear like conventional glasses which use retinal projection via a vertical cavity surface emitting laser and holographic grating 6 intel gave up on this project 7 and sold the technology to north 8 to be integrated into their focals line until it and its planned second generation release was discontinued in 2020 following the google s acquisition of the company 9 also in 2018 qd laser a japanese laser maker spun off from fujitsu developed the first commercialized true vrd retissa display in the following year the firm started to sell the successor vrd retissa display ii which featured a higher resolution equivalent to 720p 10 in 2023 sony produced a compact camera with an integrated retissa neoviewer retinal projection device for release in the us the resolution of the retinal display only not the camera is claimed by the manufacturers to be nominally equivalent to 720p 11 although not a medical device it is hoped that the retinal projection viewer may be of particular value to some visually impaired users and the adaptation was heavily subsidised by sony because of the novel user experience and limited availability potential buyers were strongly encouraged to participate in touch and try events to see if the technology is useful to their particular circumstances before committing to a purchase 12 see also edit augmented reality bionic contact lens google glass head up display list of emerging technologies magic leap optical head mounted display smartglasses visual prosthetic references edit display device published 1986 09 03 japanese publication number jp61198892 viirre e pryor h nagata s furness ta 3rd 1998 the virtual retinal display a new technology for virtual reality and augmented vision in medicine stud health technol inform studies in health technology and informatics 50 medicine meets virtual reality 252 257 doi 10 3233 978 1 60750 894 6 252 pmid 10180549 cite journal cs1 maint multiple names authors list link cs1 maint numeric names authors list link virtual retinal display vrd group dqc bureau june 16 2004 virtual retinal display your eye is the screen microvision ships nomad personal display systems photonics media intel is making smart glasses that actually look good 5 february 2018 bohn dieter 2018 04 18 intel is giving up on its smart glasses the verge retrieved 2019 07 16 bohn dieter 2018 12 17 north has acquired the patents and tech behind intel s vaunt ar glasses the verge retrieved 2019 07 16 etherington darrell 2020 06 30 google acquires smart glasses company north whose focals 2 0 won t ship techcrunch 網膜に直接映像を照射 新しいカタチのarグラス retissa r display ii 登場 vrinside in japanese 2020 03 12 retrieved 2020 04 02 see qd laser product page for retissa neoviewer and also sony s hx99 rnv retina projection camera kit product page chris george 2023 07 25 sony s new compact camera brings photography to the visually impaired digitalcameraworld retrieved 2024 01 04 external links edit animations of how a vrd works lewis john r may 2004 in the eye of the beholder ieee spectrum v t e extended reality xr from least to most virtual augmented reality ar mixed reality mr virtual reality vr virtuality concepts main cinematic virtual reality computer mediated reality immersion metaverse avatar projection augmented model room scale six degrees of freedom 6dof spatial computing telepresence virtual reality applications virtual reality sickness virtual world other camera filter quantified self screen door effect simulation hypothesis transhumanism vergence accommodation conflict vtuber technologies display eyetap head mounted display optical head up display pancake lens smartglasses virtual reality headset list virtual retinal display 3d interaction brain computer interface eye tracking facial motion capture finger hand tracking pose tracking simultaneous localization and mapping software asynchronous reprojection foveated rendering image based modeling and rendering spatial audio photography 360 degree video free viewpoint television omnidirectional camera vr photography other haptic suit omnidirectional treadmill wearable computer peripherals cyberith virtualizer leap motion oculus touch playstation move razer hydra virtuix omni wired glove wizdish rovr companies apple inc brilliant labs bytedance collabora google hikky htc khronos group liquid image magic leap meta platforms reality labs microsoft niantic inc niantic spatial pimax rokoko samsung electronics valve corporation varjo vuzix devices current apple vision pro bigscreen beyond golden i headsets htc vive magic leap meta quest 3 3s open source virtual reality pico 4 ultra pimax playstation vr2 samsung galaxy xr vuzix steam frame former antvr castar eyephone google cardboard google daydream google glass meta quest pro microsoft hololens 2 oculus go oculus quest oculus meta quest 2 oculus rift cv1 s pico 4 playstation vr samsung gear vr sensorama sixthsense the sword of damocles vfx1 headgear virtual boy virtual fixture virtuality vr 1 valve index unreleased project iris sega vr software general interactive art virtual graffiti metaverse pervasive game software related to augmented reality virtual reality game operating systems and desktop environments android xr meta horizon os version history visionos windows mixed reality steamos development tools and game engines a frame arcore arkit artoolkit godot engine jetpack compose xr meta spatial sdk openvr openxr realitykit s box source 2 tabletopkit unity universal scene description unreal engine webxr games list of htc vive games list of meta quest games list of oculus rift games list of playstation vr games vr2 communities and social networks altspacevr facetime for visionos horizon worlds neosvr rec room resonite sansar sensorium sinespace vrchat vtime xr portals technology category augmented reality mixed reality virtual reality metaverse spatial computing commons augmented reality mixed reality virtual reality metaverse v t e stereoscopy and 3d display perception 3d stereo view binocular rivalry binocular vision chromostereopsis convergence insufficiency correspondence problem peripheral vision depth perception epipolar geometry kinetic depth effect stereoblindness stereopsis stereopsis recovery stereoscopic acuity vergence accommodation conflict display technologies active shutter 3d system anaglyph 3d autostereogram autostereoscopy bubblegram head mounted display holography integral imaging lenticular lens multiscopy parallax barrier parallax scrolling polarized 3d system specular holography stereo display stereoscope vectograph virtual retinal display volumetric display wiggle stereoscopy other technologies 2d to 3d conversion 2d plus delta 2d plus depth computer stereo vision multiview video coding parallax scanning pseudoscope stereo photography techniques stereoautograph stereoscopic depth rendition stereoscopic rangefinder stereoscopic spectroscopy stereoscopic video coding product types 3d camcorder 3d film 3d television 3d enabled mobile phones 4d film blu ray 3d digital 3d stereo camera stereo microscope stereoscopic video game virtual reality headset notable products dolby 3d fujifilm finepix real 3d infitec masterimage 3d nintendo 3ds new 3ds nvidia 3d vision panavision 3d reald 3d sharp actius rd3d view master xpand 3d miscellany stereographer stereoscopic displays and applications v t e emerging technologies fields displays next generation fed flcd imod laser microled oled olet qd led sed tdel tmos tpd screenless bionic contact lens head mounted display head up display optical head mounted display virtual retinal display other autostereoscopy flexible display holographic display computer generated multi primary color display ultra hd volumetric display list retrieved from https en wikipedia org w index php title virtual_retinal_display oldid 1371293801 categories display technology multimodal interaction virtual reality mixed reality japanese inventions hidden categories articles needing additional references from august 2009 all articles needing additional references articles with short description short description is different from wikidata all articles with unsourced statements articles with unsourced statements from may 2018 cs1 maint multiple names authors list cs1 maint numeric names authors list cs1 japanese language sources ja this page was last edited on 25 august 2026 at 18 14 utc page was rendered with parsoid text is available under the creative commons attribution sharealike 4 0 license additional terms may apply by using this site you agree to the terms of use and privacy policy wikipedia is a registered trademark of the wikimedia foundation inc a non profit organization privacy policy about wikipedia disclaimers contact wikipedia legal safety contacts code of conduct developers statistics cookie statement mobile view search search toggle the table of contents virtual retinal display 9 languages add topic