Computing Display     Last updated on 2012/2555     1     8, a full moon day;

Approx. 123 usages are available to read;

L "light rate" ¬   Beings _in _very _distance _away .GIF;

108mm AND Satellite _DNS _Domain: Stage by stage OR Step by step; IFF Testing, Satellite _DNS _Domain ... ;   。

2010 OR 2554; SONY 's World 1st roll-able O T F T-driven O LED display:

http	:	/	/	www	.	sony	.	net	/
Sony	Info	New	s	/	Press	/		/	♯♯
-	♯♯♯E	/	index	.	8243	Г	
Roll	able	O T F T	-	driven	O LED	Display	aka	Organic	T F T
Image	signal	s	♯♯♯		♯♯♯		R G B	aka	F W Q VGA
p e r i	-	15	285	no	15	285	n e	(	P
)	organic	semi	conductor	material	15	integrate	d	gate	drive
circuit	26	roll	up	OR		roll	down	direction	Г
Specification	66	285	roll	able	O T F T	-	driven	O LED	display
number	66	pixels	:	♯♯♯		♯♯♯		R G B	pixels
resolution	:	♯♯♯	p p i	(	pixels	759	9538	)	
size	66	♯	pixel	:	♯♯♯	µm		♯♯♯	µm
peak	luminance	:	>	♯♯♯	c d	/	m♯
number	66	color	s	:	♯♯	,	♯♯♯	,	♯♯♯
contrast	ratio	:	>	♯♯♯♯	:	♯		
size	66	♯	panel	:	♯	.	♯	9538	wide
minimum	bending	radius	:	♯	mm
driving	scheme	:	♯T	-	♯C	voltage	programming	5928	O T F T s
thickness	66	♯	panel	:	♯♯	µm		Г

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Human beings have engineered displays in many different ways. According to Abhidhamma, human beings perceive vision which causes nama to gain whether good khamma, or bad khamma. Basically, one of the 6 common sense interfaces of human beings' perception is;

Phosphorescence had been used since monochrome-monitor era to CRT-monitor era [Adjustments of phosphor-density inside pixel AND particle-intensity provided colorful graphics monitors]. After year 2000, displays have been replaced by LCD and O LED,            

            because inside CRT, yoke "donut shape alike metal/magnetic device" WHERE electrons are projected via vacuum and dark environment toward screen WHERE pixels are, to do so high energy consumption was needed; Those projected electrons can be designed by adjusting the yoke's electromagnetic flux "by adjusting frequency" so that from left to right, and from up to down, so called raster' rendering by line by line at certain frequency where the certain frequency must be >20Hz, because if <20Hz human beings can identify/see as each entity object, because above 20Hz human beings perceive as a whole vision [you do not want to watch TV, by identifying seeing each entity object <20Hz, because you do not want to watch by frame by frame "static vision aka picture alike" ];

            because inside LCD, O LED, ... flat panel (s), cells can be stimulated by light, instead of using old tech yoke, node [basically, 2 nodes for single band, 4 nodes for dual band, ... think that node produces stick] and the light can also be engineered from solar power, so that very very low energy consumption is needed;

Heterodyned indexes, sticks' vectors, prototyping hole (s) boards, ... are restricted, therefore not available to public, because to prototype a hole-board, decades of engineer/research/test/... is required just to understand a combination of hole and stick coexistence ... ;

And, Panasonic's "airborne-nm-visible-spectrum-based" optical display is still in research, and optical spectrum based displays will be very interesting and very difficult when it becomes into layers;

Differences between computing-display and entertainment-display are: configurable, computable, programmable, scan-able [Also see: S O G T F T LCD], storable,  *able  functionalities. However, if a display is designed for multimedia purpose, and then the display can be used on any platform;

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CRT vs. S ED

;  

Optical Display vs. T F T-LCD

;  

O LED Display vs. others

;  

OEL Display vs. others

;  

LED A s t r o vision vs. Others

;   。

Display Usages:   Also see: Memory and Storage;

1 gravitational basic vector; ;

。

。

3D flat panel display with eye-glasses OR 3D flat panel display without eye-glasses; 3D flat panel display OEMs are Panasonic, Samsung, Sony, Toshiba, ... ; in C E A T E C JAPAN 2010, Toshiba's The Regza GL1, 3D TV Viewable without Special Glasses; quality 3D images;

3D image: vision through eyeglasses [plastic film layer was red in 1980s; later products in 2000s are green; for adjusting human beings' "within visible rate" with "within visible spectrum"]; without using eye-glasses, 3D vision is also possible, but still in research and development stage ... ; e.g. 2010 avatar movie, by 3D film technology; gravity camera recorder, beyond C CD technology ... ;

1st to understand HOW light can be captured by DEE;

IFF computer graphic, each line via LCD, by transistors in linear with positive vs. negative ... ;
IFF eyes, by using glasses, lens, scopes, ... ;

2nd to understand WHICH spectrum [very fast, approx. 50+ G] via "light rate";

e.g. THIS eye-glasses .GIF looks red is down, green is up, but they are drawn the same; WHICH begins basic understanding of 3D active vs. passive; IFF highlight THIS paragraph, so negative prompts teal is down, purple is up;

3rd to understand sound beam alike projection ... ; WHERE ACTIVE vs. PASSIVE can be further R&D ... ,

for example, WHILE mounting device e.g. liquid packages inside plastic thin film as passive, WHICH DEE as line in active [DEE as line in active aka refreshing rate],
for example, WHILE passive polarizing i.e. basically, RED and/or GREEN filtering, WHICH projection should be active ... ;
for example, WHICH layer of mounting device i.e. text layer, action layer, background layer, ... WHILE DEE as line in active, also see: cell path ... ;
 

3D LCD Display, electro-holography system + LCD [3840 x 2048 resolution with 10 micron pixel pitch], www.nhk.or.jp/strl/publica/rd/rd93/rd93.html, 2005;

3 surfaces, 1st to understand Time Ticks, 24mm Natural Time Clock, inside Exe .htm; 2nd to understand WORMHOLE, Heavenly Wheel Topology, ... ; 3rd to understand 3D displays on 3 surfaces at the same time, using the time line e.g. 24mm Natural Time;

a- S i backplane, Amorphous Silicon backplane; Samsung's O LED usage; Samsung produces world's largest 40" O LED in 2005;

α- S i, for example, 10.23" α- S i means LCD screen's 1D display area in diagonal is 10.23 inches;

ACT3 light vs. our universe:   108x108pixel [Display . ACT3 vs. Our Universe .GIF], 2,6 vector, 3up,3down light, horizontal 10,7,10 parallel time line a.k.a. JUN, Lunar, JUN, without 2,3 vector, without gray scale simulation, without light lost ratio in DEE, ... ;   WHY naturally blooming, 1st to understand 4 planet prediction, 2nd time & lunar gravitational, 3rd to understand cracks in symmetrical, 4th dimensional hyperspace, a Myanmar in theoretical way ... ; Also see: Schematic Light;

Active matrix electro p h ore tic display, mono black foreground with gray background, i.e. e-book's display, in 2008;

Aero interface, one of the GUI in Windows Vista, 3D;

Air force navigation displays: HD D is head down display; HUD is head up display; H MD is helmet mounted display which is a part of nama development; Nama prediction is not available to common public;

AM LCD, Active Matrix Liquid Crystal Display, NEC's usage;

ambient light, also see: ambient light sensor;

Analog ;

Aspect ratio: IFF X < Y OR X > Y, also see: aspect ratio; For basic understanding, hold a frame in front of eyes, place a visible object (s) at other side, and then move the frame backward/outward/toward/... eyes, and notice the ratio because distance changes, dimension changes, visibility changes, ... ;

Astrological images of universe [A Myanmar's daydream]: Astrophotography by Canon;

AT SC system;

back light + LED = LCD;   IFF Numerological Dimension, also see: System Number, 2007 Toshiba Satellite;

	1	2	3	4	5	6	7	8	9
	back	light	+	LED	=	LCD
	♯	.	♯	A	/	♯	♯	V
	down		-	CL K	♯
	up		+	CL K	♯
	115	121	123	471	TL	…	DIE	BS A
	P	/	N	♯	♯	♯	♯		-
	♯	♯	♯	♯		L V	♯	+
	L V	Latch	Voltage	L V	♯	L CL K	Latch	Clock
	SD	♯	T P	Transmission	Protocol	_	♯	D	♯
	OUT	♯	FL	Floating	Latch	V R	Variable	Resistance
	VD D	_	EVEN	+
	VD D	_	ODD	-
	AR	♯	P	♯	L	V G H	_	H
	V GL	_	D	L	♯	CA	_	♯
	Z D	♯	64	♯	VC	♯	M	GM A	♯
	♯	GM A	♯	C N	♯	U C	♯	US	♯
	VA	♯	C	♯	C	♯	♯	R	♯
	R	♯	♯	TLC	♯	LP	♯	♯	W X
	...	471	123	121	115
	IFF	ACT3	Parallel	Time	Testing	108	Wireless	Antenna	ȝ1Ȣ

Basic LCD schematic understanding;

Brightness , measured in c d, c d / m², GHz V, lm, L u x / min, nit; Brightness measurement varies because use of biological agent varies, use of chemical agent varies,  use of engineering technology varies, use of physical particle varies, ... ;

Brightness control, in 2008, Panasonic portable DVD player's display is widescreen LCD, and including moon light control and sun light control; Notice that backlighting technology reaches brightness control into day vs. night, indoor vs. outdoor, so called solar [ACT1 natural light] vs. dark ... ;

CAD; CAE; CAM; C IM; Computer Aided Design; Computer Aided Engineering; Computer Aided Manufacturing; Computer Integrated Manufacturing; Among CAD, CAE, CAM, and C IM, CAM provides virtual reality display; However, airborne spectrum based display is not available yet to public;

Candela aka c d; Luminous intensity;

Candela per meter square, aka c d / m^2;

CAT;

C CD;

CF F, Critical Flicker Frequency;

Chromaticity diagram; Also see: additive system, subtractive system, where color values vary along with WHAT kind of system?;

Color aka C_n;

Component video;

Composite video;

Contrast aka C; IFF Windows OS, when holding left's Alt + Ctrl, press PrtSc aka Print Screen key;

Contrast ratio, aka C_R; Conventional = 300:1; High Contrast = 700:1; [1500:1 LCD, http://sharp-world.com/corporate/news/061012.html; 2006];

CRT Monitor;

Current Display Mode:, also see: Mode;

Current Rating;

DC IM; MI SC; N CF L; ...

Digital;

Digital TV, made by LSI chips' complex functions; AV cable, HD MI cable, ... ; Antenna << >> HD AV decoder and CPU << >> LCD display; digital TV = Hi-vision HDTV + Picture-in-picture + Internet enable; 2007 www.necel.com ;

(Dimension Unit = cm (Display Area (Size of display/screen) (PIP)) (Device's dimension));

;

Dimensions: IFF Windows, Shrink To Fit option can prompt aspect ratio in variable distance, also see: printer's print option;  To understand Dimensions, Start >> Explore >> mouse focus on the *.jpg will prompt file's Info Tip;

directed beam display device;

Display:
[Default Monitor] on;

Display Color;

Display modes;

DL P, Digital Light Processing;

D PM, Display Power Management ( Low Power Mode OR Normal Power Mode) ... ;

Driver;

D VI cable;

D VI interface;

ED, Enhanced Definition;

EL, Electro Luminescent;

e V, electro Volt, WHICH vary at excitation potential and ionized potential WHEN gas changes among A, C d, He, N e, ... ;

FED, Field Emission Display;  Also see: Field Emission Technologies, Japan;  4th-generation glass-substrate mass production of 26inches FED will be in 2009;

                    FED new usage: spin d t s = a large array of cone [IFF cone, also see: in me m r is t or] shaped electrodes;  Similar to CRT, between anode and cathode substrates, 9kV electro differentials will be charged to generate electrons, and those emitting electrons [at room temp;  no heating;  via vacuum alike tunnel effect;] will be controlled by gate electrode [at layer];

                    FED new usage: electrically transparent material WHICH is neither charge itself nor becoming conductive;  WHICH can maintain electro-field in parallel between anode and cathode;

Flexible Organic EL Display, world's 1st mass production of the flexible organic EL display device, by TDK, in 2010; using the device in applications; using the device on mobile devices; C E A TEC JAPAN 2010;

Foot lam be r t aka ft-L aka Fl;

FP D, Flat Panel Display;  Raster must be understood 1st, and then understand the ratio of Gas : Particle 2nd, and then numbers of particle make different color spectrum 3rd, and then air-borne displays are incoming ... ;

From handheld display to wall size display, from 2.2" to 65", switch able VGA <> Q VGA; also see: www.SHARPsma.com/LCD, in 2008, also see: bits/color;

G in wireless because human perceivable visible spectrums "so called displays" are interrupted by wireless E M;

Gamut is % of wide color AND along with contrast ratio;

Graphics patterns;

Graphics mode, in CRT era, by using C compiler, each pixel can be programmed to vary its color, location, ... ;  15+ years old info, and those graphics mode pixels became very useful in animation and simulation;  But, in 21st century, due to software bubbling tactical [ for example: in order to hide dark energy, by publishing back lighting technology, tactical was to waste time and money, till productions were also obsolete ..., don't be fool in language barrier, so start learning oriental ...  ] technological competition "so called high level", and also due to display hardware technological monopoly by ACT3 and ACT2 stage high tech nations, pixel in C language is no longer available to learn ... ;  Therefore, USA MYANMAR NET recommends stay in low level such as C language, and do enjoy pixel in software programming ... especially for Southeast Asians, because technological gap sometimes not available [ for example, cells inside 3 ply poly layers can be projected from a dual band node, so that ultra thin display prompts colorful, but there is no way to know M theory because such hole-boards info are not in text books ];

Graphics usages;

HD, High Definition;    Super HD is developed by NHK, in 2008, 16 times faster info flows than HD [NHK news; 13 Sept., 2008];

HD CP, High Definition Content Protection;

HD MI (High Definition Multimedia Interface), in 2009, standard signals are 1080p (progressive), 1080i (interlaced), 720p (progressive), 480p (progressive), and Auto;  There is only one HD MI cable, there is neither male connector nor female connector;  Single connection supports Audio and Video;  AV devices, Digital TV, DVD player, monitor with HD MI connector, set-top box, ... can be connected with 2.2 GB bandwidth;  (HD CP) aka High Bandwidth Digital Content Protection technology;  (D VI) aka Digital Visual Interface connectivity;

HD MI interface;

HDTV, High Definition Television;

Horizontal Synchronization;

Humidity;

Ill u min an c e, Illumination aka E; also see: Lumen per m²; l u x;

Image Size, in 2009, SONY camera's image sizes are: 8m, 3:2, 5m, 3m, VGA, 16:9, ... ;

Input ["Notice that there is no output", because output is already in perception];

Japanese language computer terminology: approx. 12 displays ... ;

built-in monitor;

C TM, component transaction monitor;

debugging monitor;

flat panel;

flat panel monitor;

hyper visor aka virtual machine monitor;

monochrome monitor;

multi-scan monitor;

multi sync monitor;

online monitor;

PC is used as a TV, a monitor;

T P monitor;

Laser diode driver;

Laser scan display; Canon's usage; Also see: micro-mirror;

			layer
				LAYER	;
	IFF	layer	1	,	e.g.	font	,	...	;
	IFF	layer	2	,	e.g.		Even Time Horizontal	DEE	;
	IFF	layer	3	,	e.g.	background	,	...	;

LC, Liquid Crystal;

LCD Monitor/Display; IFF mono AND serial LCD, also see: char/line;

LC o S, Liquid Crystal on Silicon;

LED, Light Emitting Diode; i.e. Traffic signal Red, Yellow, Green lights; Ad boards with relay and programmed chip; Household appliances signaling in lights; Also see: non-display, non-omni vector sensors;

LED Backlit LCD display; In 2005, NEC's world first display solution;

L T PS SO G T F T LCD; Use in PD As, portable G PS s, ... , in 2006;

Lumen;

Lumen per foot square, aka ft-C;

Lumen per meter square, aka l u x;

Lumens / beam Watt, aka η γ; Phosphor efficiency is e t a η, and  gamma γ lumens/Watt while radiating;

Luminance aka L; also see: c d / m²  in UNIT .htm; Lumen per (Watt · m²); nits; L = k_b I _b (V _b · A^-1) where A is area; b is beam; k is by registered phosphor lookup table's proportional factor of η γ; Voltage V and Current I; Also see: WHAT kinds of type such as trans f l e c t i v e, trans missive, ... ; If CRT, 3000~6000 c d / m²; If LCD, 1~1500 c d / m² ;

Luminous f l u s, Luminous flux aka F; Le men; Flow _of _light · s^-1;

Luminous intensity aka I, also see: Lumen per Watt, c d ;

Luminous vs. Resolution: In plasma display, if panel is filled by N e and X e, gas pressure varies up to 40~90 k Pa, X e' s spatiotemporal behavior affects V UV band emission;

L UT, Look Up Table; In 2005, 10 bit programmable L UT available by NEC;

main menu ; [also see: 2004 Liquid Video E17LCD2 40W 100~240V 50/60Hz 0.6A 17" display]

auto adjust aka automatic adjustment ;

brightness ; color temperature ; ( 6500K, 7200K, 9300K, sRGB, user defined, ... );

contrast ;

exit ;

LCD adjustment LCD ; ( clock, h. position , phase, v. position , ... );

language ;

other setup   ( mode message, h. position, reset; sharpness ; timeout ; WHEN timer is in function, transparency, v. position, volume, ... );

return ; ;

Medical Display Input ;

Medical Imaging: M R I, Magnetic Resonance Imaging;

Medical: Multi-slice ultrasound's display in multi-slice view [0.5mm ~ 5mm slice's think-ness], oblique view; Anatomy; Pathology;

Meta table of display usage:

;  

Monitor ;

Monitor symbols:

            Auto adjustment ;

            Brightness ;

            Contrast ;

            Monitor central inward/outward;

            Monitor on/off;

            Monitor on/off;

            Monitor speaker volume adjustment and option selector;

            Relativity alike distance oriented visual adjustment; 

            X axis oriented Italic;

            X axis oriented outward scaling;

            X axis oriented skew scaling;

            X axis screen's location adjustment;

            X axis screen's size adjustment;

            Y axis screen location adjustment;

            Y axis screen size adjustment; ... ;

NEC display, www.necdisplay.com; WHERE true reduce design [ lookup table has been reduced to 10bit, in 2000s, to test also see: Application display-layer, OS wallpaper display-layer, ... ] 2+ layers of LCD displays, all layers have been SYN < 5ms, ... ;

nits, a measurement of brightness by Samsung's O LED; i.e. max. 600 nits in 40" O LED, in 2005; X mi t t e r LED;

N u c l e o-synthesis light elements: formation of deuterium, helium, hydrogen, lithium, ... ;

Number per line, Triads; 3000~9000 / line at CRT output, or FP D output;

NTSC system;

Operating Temperature; In 2006, NEC's ST-N LT LCD can be operated between -10 ºC and +70 ºC while its ambient lighting adds 50% more brightness;

OS M;

(PAL system (PAL-M) (PAL-N) );

PD P, Plasma Display Panel [www .hitachi .com/News/c news/050325.pdf];

Photometric brightness, a term;

Pixel; Pixel is not airborne display usage; Because, in an air-borne display environment, a phosphor [a light emitting dot] is no longer a solution; Do not confuse among display's pixel, C CD's capture pixel, Printer's resolution pixel, Scanner's capture pixel, ... ;

Plasma ; basically, since 1980s, in Myanmar, 5 particles are known to be inside of, exist as it is as of, usage is prior to LASER; However, after year 2000, after 2,3 dimensional vectors are realized, after noticing JUN time has been 2*5, after noticing lunar time has been 2*7, WHEN analyzing 5, 2 and 3 should be ... therefore WHEN 2 particles are on, 3 should be off, on the other hand, WHEN 3 particles are on, 2 should be off ... ; also see: pl as m on;

Plasma Display;

P LD, Paper-like Display; Canon [ http://www.canon.com/technology/future/06.html ], in 2005; P LD derives from EP D, Electro p h o r e tic Display;

Polar radar display;

Power Consumption;

Power Management;

Presenter aka Laser Pointer; R F 2.4GHz; USB receiver store in presenter; working with based PC with # USB port; also see: Toshiba Wireless Presenter with Laser Pointer, www.toshibadirect.com;

Projector;

Q VGA, Quarter Video Graphics Array, a part of NEC's ST N LT;

Radio Frequency Display, WHEN IC chip does its defined functionalities, hardware defines nodes' transmission aka R F ID alike; The frequency can also be displayed as number via LED or O EL displays ... ;

Raster, number lines horizontally, aka X _lines, 2D visual interpretation; IF in 3D, 4D, must understand time 1st, and then vector 2nd, and then electro-magnetic theory with gravitational momentum, and then dark energy ratio at room temperature [sea-level engineering], and then color lookup table for R G B, and then FP D, ... ;

Resolution ; for example, resolution: 640x480, resolution: 800x600, resolution: 1024x768, ... ;

R G B, Red Green Blue ;

            in ACT1, electron gun aka yoke, adjustment of its intensity diff wavelength in nm vary as R G B; concerning light, WHEN refraction occurs, inside spectrum, red, green, and blue in nm can be measured by spectrometer; ACT1 natural green light is available in northern sky only;

            in ACT2, red aka 1st crack of our universe before noise ... can only be measured from satellite ... ;

            in ACT2, green aka other side of sun along with natural gravity stripes ... can only be measured from hyper dimensional craft ... ; aka other side light;

            in ACT2, blue aka day time of our earth ... WHERE numbers are 2*5, 2*6, 2*7, ... 108, ... ; also see: World's 1st Earth-rise and Earth-set images, via J A X A 's KA GU YA; concerning ACT2 natural blue in 5W1H approach, no moon day should be considered [ 4 should be almost rectangle, NOT in tangent ... ] ... ;

            in ACT3, there is no R G B yet, but gray scale simulation is the latest space technology ... WHERE 5 columns ... and notice that left gray scale and right gray scale [ aka ACT3 retrospective 5 columns ... ] are not the same ... ;

S-video;

SA S F T, Super Advanced, Super Fine T F T, NEC's technology;

screen, also see: screen save;

SD [Standard Definition];

Semantic Zoom;

Shade ratio;

SID, also see: OS level ID;

Situation display: HS S, Horizontal situation display; V SD, Vertical situation display; Air force fighter navigational display systems; HS S and V SD are also known as head down display;

SONY display, 3+ display layers might exist such as Application layer, OS wallpaper layer, Text layer, ... ; Also see: NEC display;

SR N LT, Super Reflective Natural Light T F T, NEC's LCD;

ST N LT, Super Trans missive Natural Light T F T, NEC's LCD;

Ste radian;

Sunlight viewable display, Panasonic's usage, also see: LED;

Switch able viewing angle LCDs;                      ;

Technology vs. Display: projection negative film, CRT, projection VCR, projection video, amplitude modulated LCD, pulse modulated LCD, plasma panel, EL, projection specific light, sunlight viewable LED, switch-able viewing angle panel, ... [ usage such as: carrying, emitting, projecting, ... may diff depending on bio-bacterial, chemical substance, gas, gravity [ inside 2,3 dimensional, spectrum might be variable, depending on its hyperdimensional vectors ...], liquid, ...  ]; In 2008, 2 AA battery-powered LED lighting candles at a Buddha shrine NOT ONLY emitting light BUT ALSO carrying scent [ good odor / good perfume / good smell / ... ] already plasma cluster ... therefore, in the near future, display will be NOT ONLY video = audio + vision  BUT ALSO sensation of audio + video + scent [ also see: Universal Studio, WHERE sensation of audio + 3D video + motion i.e. seating + ... ]... ; Plasma cluster display should be developed ... , also see: Monbusho level knowledge enhancement; pl a s m on;

T F T LCD: In 1996, 3 combined T F T LCD, developed by Sharp in 1996; In 2005, world's largest T F T LCD manufacturing is in Tangjeong; Samsung uses 7G display glass substrates [1870mm x 2200 mm]; Also see: While measuring T F T, conducting prompts resistivity;

Tilt / Swivel;

Touch screen support, Windows 7's one of the new features [remark: NOT in XP; NOT in Vista];

- due to "lower energy light", DEE lines are not screen full, therefore, screen's refresh module must be implemented with "automatic time" [remark: DEE lines can be visible, IFF c/s become lower to human being's visible rate ... ];

- touch screen behaves like a toggle switch if compare to a mouse; touch screen can be developed and enhanced to be fully functional mouse alike, WHICH means its I/O must be functional with std i o WHICH means IDE standard keyboard I/O;

- like a cell-path [also see: Excel's index], adjustable % aka zoom in, zoom out, ... , WHICH prompts zoom in WHEN 2 fingers ACTION out-ward; WHICH prompts zoom out WHEN 2 fingers ACTION in-ward;

- IFF touch screen is x386 compatible, buttons may become functional not only via 88...88 USB [all-in-one approach], but also dual layer PC I x bus, but also IDE old style bus [WHICH refreshes keyboard 1st, and then mouse 2nd, ... ];

- touch screen support might be 1st step to wearable computer in 21st century;

- touch screen aka touchpad;

... ;

。

IFF 100, tpts

CTA♯; CTL♯; RTL♯; ... ;

。

Trans missive liquid crystal display, in 2009, SONY NV-U84's display monitor system 816x480, and automatically switch moonlight display OR sunlight display;

T T L Sync;

TV ((HDTV (Interlaced scan) (Progressive scan)) (SD TV (Interlaced scan)) (...));

Vertical Synchronization;

VCR system;

VF D, Vacuum Fluorescent Display;

(VHS system (VHS) (D-VHS));

VGA Splitter/Extender;

Video In: ^_ IFF Video In, Ć O Ć O Ć O♯O Ć O Ć O Ć O Ć O Ć O;
Video Out: ^_ IFF Video Out, Ć O Ć O Ć O Ć O Ć O♯O Ć O Ć O Ć O;

Viewing Angle; In 2006, 3 diff viewing angle display prototype is available such as 3 persons can view 1 display's 3 different viewing angles AND 3 different channels at the same time, also see: Sharp's switchable viewing angle LCDs; For advanced designers/engineers/... only, in common 60Hz is good enough for 1D whole vision display i.e. CRT, if someone can do multiplexing of light as sticks [think that those directional sticks become projected electrons from yoke alike, in old era approx. 23+ years old], and then switch-able viewing angle can be engineered, for example: 60Hz for left side, 80Hz at front, 110Hz for right side, and also notice that ACT2 stage 2,3 dimensional concept can also be applied ... ; Remark: hand on, in depth, practical multiplexing can be learned in Singapore's poly tech universities, undergrad engineering level, [because boards/components/devices/... are affordable and available] so that not only multiplexing, but also channels can be understood thoroughly ... , however the most advance multiplexing lights to be viewed in 3 diff viewing angles is do it yourself nowadays, to do so 1st to understand dual band node [for basic understanding, also see: dual band transmitter, and notice that instead of 4, someone can do 3 ... ], ... ;

Weight;

Warranty;

Wavelength, aka Ǻ, aka lam d a λ, aka nm;

Widescreen mode;

Wireless Antenna: usamyanmar .net's 108mm DEE numerological hyper dimensional testing background images are 2008_Myanmar_MonState_KyaikhtiyoPagoda; 2008_Myanmar_ShanState_PhaungDawOoPagoda; ... ; for ACT3 stage 7,10,7 aka ,, aka parallel time 10,7,10 aka ,, testing ..., and a Myanmar still cannot prove scientifically yet WHY 31 planes ;

For novice IT kids: define the following raster WHERE color = {hex, hex, hex} images:           in human-visual-vision-perceivable possible E M-spectrum at 60 · s^-1;

For advance optical computing engineer only: Basically, aspect ratio depends on viewer's location, visible objects' location, and constraint of the aspect ratio's subject. In addition, calculate and define variable-aspect-ratio vertically and horizontally along with viewer's location/viewing distance;

Assume that the following pictures present airborne-display's EM tangents to each airborne-cells in 2D, 3D: For each layer, calculate the holes, amount of electrons quantity flow, anti-particle's location, and ... ; But airborne-display is beyond a Myanmar's knowledge;

in 2D;   in 3D; i.e. This is non-airborne | | | | ...   and notice that black color should be in foreground instead of background [according to E M spectrum], however if black color is in foreground, longer wavelengths can no longer in visible; Thus, black color must be ... ;

;  

...

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