** Graphics engine

** ACM Transactions on Graphics ( TOG )

** Graphics pipeline, the method of rasterization-based rendering as supported by graphics hardware

** JPEG Network Graphics ( JNG )

** Multiple-image Network Graphics ( MNG )

** Graphics Interchange Format ( GIF )

** ARCS ( computing ), used in computers from Silicon Graphics

** Graphics processing unit or graphics accelerator, a dedicated graphics rendering device

** Lotus Freelance Graphics

** Agfa Graphics and Shenzhen Brothers create the Agfa Graphics Asia joint venture to reinforce their position in the Greater China and ASEAN region.

** Professional Graphics Adapter

** Professional Graphics Array

** Graphics modes: 320 × 200 × 4, 640 × 200 × 2, 160 × 100 × 16, 160 × 200 × 16, 320 × 200 × 16, 640 × 200 × 4

** Graphics Committee

** VG Graphics, 96 pages, 1991, paperback, ISBN 0-575-05023-3, hardback, ISBN 0-575-04747-X

** Architectural Technology • Biomedical Engineering • Computer Engineering • Computer and Information Technology • Computer Graphics Technology • Construction Engineering Management Technology • Electrical Engineering • Engineering Technology • Interior Design Technology • Mechanical Engineering • Motorsports Engineering • Music and Arts Technology • Organizational Leadership and Supervision • Technical Communications

** Digital Raster Graphics

** Digital Raster Graphics for PA ( free )

** Graphics: 16 MB

** Graphics

** Graphics Processor

** Paul Hornschemeier, Sequential, Forlorn Funnies ( I Don't Get It Graphics and Absence Of Ink Press )

** Arts and Design-Drama, Music, Art, ICT or DT ( Food, Resistant Materials, Electronics, Graphics )

** Systematics: taxon — taxonomy — scientific classification — phylogeny — evolutionary tree — cladistics — synapomorphy — homology — molecular clock

** If a team is penalized in the final minute of a half and the penalty causes the clock to stop, the opposing team now has the right to have 10 seconds run off the clock in addition to the yardage penalty.

** Superscalar architecture — The Pentium has two datapaths ( pipelines ) that allow it to complete two instructions per clock cycle in many cases.

** The microcode can employ both pipelines to enable auto-repeating instructions such as rep movsw perform one iteration every clock cycle, while the 80486 needed three clocks per iteration ( and the earliest x86-chips significantly more than the 486 ).

** A faster, fully hardware-based multiplier makes instructions such as MUL and IMUL several times as fast ( and more predictable ) than in the 80486 ; the execution time is reduced from 13 ~ 42 clock cycles down to 10 ~ 11 for 32-bit operands.

** Slave clock

** Single-phase 5 V clock ( the 8080 needed a two-phase high-amplitude clock generator )

** Telechron introduces the model 8H59 " Musalarm ", the first clock radio.

** Clock – Analog clock

** R800 running at 7. 16 MHz ( instructions use about 4x less clock ticks than the Z80, so often quoted as 28. 6 MHz when comparing with the Z80 )

** diminished, in some economic activities: using appropriate technology and methods, virtual marketplaces and virtual organizations that offer benefits of speed, agility, round the clock operation and global reach can be created.

** Each hall contains a single grandfather clock with demonic features.

** Manchester code, where the clock signals occur at the transition points.

** Superscalar, three instructions per clock cycle

** For CPHA = 0, data is captured on the clock's rising edge ( low → high transition ) and data is propagated on a falling edge ( high → low clock transition ).

** 32 bit ARM946E-S main CPU ; 67 MHz clock speed.

** 32 bit ARM7TDMI coprocessor ; 33 MHz clock speed.

** Starting with Windows Vista, the taskbar notification area is split into two areas ; one reserved for system icons including clock, volume, network and power.

** Wheel train ( horology ), the gear train of a mechanical watch or clock

** John Doyle ( announcer ), NIST radio clock announcer

** X ( Horizontal ) Resolution: variable, maximum of 565 ( programmable to 282, 377 or 565 pixels, or as 5. 37mhz, 7. 159mhz, and 10. 76mhz pixel dot clock ) Taking into consideration overscan limitations of CRT televisions at the time, the horizontal resolutions were realistically limited to something a bit less than what the system was actually capable of.

** Microprocessor clock speeds