per-pixel shading
Abstract: geforce 1275F
Text: Dot Product Texture Blending and Per-Pixel Lighting Sim Dietrich Please send me comments/questions/suggestions [email protected] Problem Statement Traditional per-vertex lighting requires a high-level of tessellation to achieve a smooth look. Textures are often used to simulate additional detail rather than adding
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Color CIS line sensor
Abstract: contact image sensor cis unit ROHM RGB LEDs rohm cis Image CIS rohm contact image sensor RGB line sensor array Contact image sensor head
Text: Contact image sensor heads 4. Operating method 1 Resolution (pixel / mm; dpi) The resolution of the image can be expressed by either the number of pixels per millimeter (pixels / mm), or by the number of pixels per inch (pixels / inch or dpi). The relationship between the two is expressed in the formula
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contact image sensor
Abstract: Color CIS line sensor Contact Image Sensor Head TACT Switch with LED Image CIS "Image Sensor" rgb sensor image processing free "contact image sensor" cis unit
Text: Contact image sensor heads 4. Operating method 1 Resolution (pixel / mm; dpi) The resolution of the image can be expressed by either the number of pixels per millimeter (pixels / mm), or by the number of pixels per inch (pixels / inch or dpi). The relationship between the two is expressed in the formula
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NVIDIA
Abstract: GeForce2 geforce nvidia chip per-pixel shading vga nvidia datasheet NVIDIA geForce NVIDIA CORPORATION vga nvidia nvidia geforce2 gts
Text: G E F O R C E 2 F A M I LY PRODUCT OVERVIEW 10.01v01 WORLD’S FIRST SHADING GPU PRODUCT DESCRIPTION The GeForce2 family—including GeForce2 Ti, GeForce2 Ultra, GeForce2 Pro, and GeForce2 GTS—is the world's first real-time, per-pixel shading family of processors.
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01v01
NVIDIA
GeForce2
geforce
nvidia chip
per-pixel shading
vga nvidia datasheet
NVIDIA geForce
NVIDIA CORPORATION
vga nvidia
nvidia geforce2 gts
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UC1611s
Abstract: No abstract text available
Text: N HIGH-VOLTAGE MIXED-SIGNAL IC 160COM x 256SEG Matrix LCD Controller-Driver w/ 16-shade per pixel MP Specifications Revision 1.0 June 11, 2008 ULTRACHIP The Coolest LCD Driver. Ever!! ULTRACHIP 1999 ~ 2008 High-Voltage Mixed-Signal IC TABLE OF CONTENT INTRODUCTION . 3
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160COM
256SEG
16-shade
UC1611s
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TC236
Abstract: TMC57253 ccd color Linear Image Sensor 2N3904 CM500 TMC57253HSOP
Text: TC236 680- x 500-PIXEL CCD IMAGE SENSOR SOCS043A – JUNE 1994 – REVISED NOVEMBER 1994 • • • • • • Very High-Resolution, 1/3-in Solid-State Image Sensor for NTSC Color Applications 340,000 Pixels per Field Frame Memory 658 H × 496 (V) Active Elements in
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TC236
500-PIXEL
SOCS043A
TC236
TMC57253
ccd color Linear Image Sensor
2N3904
CM500
TMC57253HSOP
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nvidia chip
Abstract: nvidia RIVA TNT2 NVIDIA geforce nvidia video card NVIDIA GPU geforce NVIDIA riva tnt 128 nvidia* gpu NVIDIA geforce chip
Text: THE FIRST GIGAPIXEL GPU PRODUCT OVERVIEW GeForce2 Ultra is the first graphics processing unit GPU able to break the one billion pixels per second barrier — providing two to three times the pixel processing power of any other graphics processor at any price. Its powerful transform and lighting engines
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230MHz
460MHz
128-bit
128ZX,
nvidia chip
nvidia
RIVA TNT2
NVIDIA geforce
nvidia video card
NVIDIA GPU
geforce
NVIDIA riva tnt 128
nvidia* gpu
NVIDIA geforce chip
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11 mm CCD-Sensor
Abstract: April 1996 Linear Technology top mark adb 2N3904 CM500 TC236P TMC57253DSB TMC57253
Text: TC236P 680- x 500-PIXEL CCD IMAGE SENSOR SOCS055A – JUNE 1996 – REVISED APRIL 1997 • • • • • • • • • • • Very High-Resolution, 1/3-in Solid-State Image Sensor for NTSC Color Applications 340,000 Pixels per Field Frame Memory 658 H × 496 (V) Active Elements in
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TC236P
500-PIXEL
SOCS055A
11 mm CCD-Sensor
April 1996
Linear Technology top mark adb
2N3904
CM500
TC236P
TMC57253DSB
TMC57253
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ABG CHIP TRANSISTOR
Abstract: ABG TRANSISTOR 2N3904 CM500 TC236P TMC57253DSB TMC57253 TC236
Text: TC236P 680- x 500-PIXEL CCD IMAGE SENSOR SOCS055A – JUNE 1996 – REVISED APRIL 1997 • • • • • • • • • • • Very High-Resolution, 1/3-in Solid-State Image Sensor for NTSC Color Applications 340,000 Pixels per Field Frame Memory 658 H × 496 (V) Active Elements in
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TC236P
500-PIXEL
SOCS055A
ABG CHIP TRANSISTOR
ABG TRANSISTOR
2N3904
CM500
TC236P
TMC57253DSB
TMC57253
TC236
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Untitled
Abstract: No abstract text available
Text: TC237B 680- x 500-PIXEL CCD IMAGE SENSOR SOCS063 – APRIL 2001 D High Resolution, 1/3-in Solid-State Image D D D D D D D D D Sensor for NTSC Black and White Applications 340,000 Pixels per Field Frame Memory 658 H × 496 (V) Active Elements in Image Sensing Area Compatible With Electronic
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TC237B
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SOCS063
TC237B
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TC237H
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ABG TRANSISTOR
Abstract: ABG CHIP TRANSISTOR 2N3904 TC237 TMC57253DSB TMC57253
Text: TC237 680- x 500-PIXEL CCD IMAGE SENSOR SOCS044B – JUNE 1994 – REVISED JUNE 1996 D D D D D D D D D D Very High-Resolution, 1/3-in Solid-State Image Sensor for NTSC Black and White Applications 340,000 Pixels per Field Frame Memory 658 H × 496 (V) Active Elements in Image
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TC237
500-PIXEL
SOCS044B
ABG TRANSISTOR
ABG CHIP TRANSISTOR
2N3904
TC237
TMC57253DSB
TMC57253
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ABG TRANSISTOR
Abstract: TC237 TMC57253DSB 2N3904 TMC57253
Text: TC237 680- x 500-PIXEL CCD IMAGE SENSOR SOCS044B – JUNE 1994 – REVISED JUNE 1996 D D D D D D D D D D Very High-Resolution, 1/3-in Solid-State Image Sensor for NTSC Black and White Applications 340,000 Pixels per Field Frame Memory 658 H × 496 (V) Active Elements in Image
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TC237
TMC57253DSB
2N3904
TMC57253
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TC237B
Abstract: EL7202C HN1A01F TC237 74act240n 74ACT240NS
Text: TC237B 680- x 500-PIXEL CCD IMAGE SENSOR SOCS063 – APRIL 2001 D High Resolution, 1/3-in Solid-State Image D D D D D D D D D Sensor for NTSC Black and White Applications 340,000 Pixels per Field Frame Memory 658 H × 496 (V) Active Elements in Image Sensing Area Compatible With Electronic
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SOCS063
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EL7202C
HN1A01F
TC237
74act240n
74ACT240NS
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NVIDIA GPU
Abstract: nvidia* gpu light sensitive project eraser NVIDIA geforce OpenGL integrating sphere VECTOR GHT -453 geforce NVIDIA CORPORATION
Text: GDC 2000 Programming Session: Computations for Hardware Lighting and Shading March 10, 2000 Mark J. Kilgard Graphics Software Engineer NVIDIA Corporation Shading Computations Determine surface appearance •• Lighting Lighting effects effects •• Surface
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Untitled
Abstract: No abstract text available
Text: MT9D014 DigitalClarity Technology 2-Megapixel, 1/4-Inch CMOS Image Sensor Features Overview • DigitalClarity CMOS imaging technology • SMIA-compatible • Integrated, latest-generation lens shading correction • CCP2-compliant, sub-low-voltage differential
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22um
Abstract: sensor x ray micron cmos sensor MT9D014 CMOS AREA IMAGE SENSOR
Text: MT9D014 DigitalClarity Technology 2-Megapixel, 1/4-Inch CMOS Image Sensor Features Overview • DigitalClarity CMOS imaging technology • SMIA-compatible • Integrated, latest-generation lens shading correction • CCP2-compliant, sub-low-voltage differential
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MT9D014
22um
sensor x ray
micron cmos sensor
MT9D014
CMOS AREA IMAGE SENSOR
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ADSP-2100
Abstract: convolution of two matrices
Text: Image Processing 8.1 8 OVERVIEW Image processing often involves computation on large matrices of data values that represent digitized images. Each element of the array represents a pixel of the image; its location in the array corresponds to its location in the image, and its value determines the color or shading of the
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ADSP-2100
ADSP-2100
convolution of two matrices
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vg96
Abstract: 3dfx VG-96 texture mapping 3Dfx Interactive block diagram of bios voodoo graphics-intensive line polygon 3dfx voodoo 2
Text: Features ❖Fast 3D rendering Block diagram D ual d o c k gen erato r 3D fx THP - Full hardware setup - On-chip D3D texture palette - Fast DMA palette load - True divide-per-pixel perspective - Modulated texture mapping - Full lighting and fog - Full and compressed Z-buffer support
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VG-96
1280x1024
0017-A.
1-50017-A-
vg96
3dfx
texture mapping
3Dfx Interactive
block diagram of bios
voodoo
graphics-intensive
line polygon
3dfx voodoo 2
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2N3904 equivalent circuit diagram
Abstract: TMC57253 TC236
Text: TC236 680- x 500-PIXEL CCD IMAGE SENSOR S O C S Q 4 3 A -J U N E 1 9 9 4 - R EVISED N O VEM BE R 1994 • Very High-Resolution, 1/3-in Solid-State Image Sensor for NTSC Color Applications Continuous Electronic Exposure Control From 1/60-1/50,000 s • 340,000 Pixels per Field
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TC236
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2N3904
2N3904
44-pin
2N3904 equivalent circuit diagram
TMC57253
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tl 2N3904 TRANSISTOR
Abstract: TC236
Text: TC236 680- x 500-PIXEL CCD IMAGE SENSOR S O C S 0 4 3 A -J U N E 1 9 9 4 - REVISED N O VEM BE R 1994 • Very High-Resolution, 1/3-in Solid-State Image Sensor for NTSC Color Applications • Continuous Electronic Exposure Control From 1/60-1/50,000 s • 340,000 Pixels per Field
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tl 2N3904 TRANSISTOR
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33-B4
Abstract: crt terminal interface block diagram SPC8108F
Text: EPSON _ SPC8108Foc Low Power LCD & CRT VGA Controller • DESCRIPTION The SPC8108Foc is a versatile VGA graphics controller capable of drivng liquid crystal displays and analog CRT monitors. The controller Integrates all LCD Interface, sequencing and gray shading logic into one small
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SPC8108Foc
SPC8108Foc
640X480
33b4134
33-B4
crt terminal interface block diagram
SPC8108F
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8106F
Abstract: No abstract text available
Text: EPSON PF719-02 _ S P C 8106Fob Low Power LCD & CRT VGA Controller • DESCRIPTION The SPC8106Fob is a versatile VGA graphics controller capable of drivng liquid crystal displays and analog CRT monitors. The controller integrates all LCD interface, sequencing and gray shading logic into one small
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PF719-02
8106Fob
SPC8106Fob
SPC81
06Fob
80x86
320x200
640x480
33b4134
GQQ1237
8106F
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crt terminal interface block diagram
Abstract: crt terminal interface in microprocessor block diagram SPC8108F SPC8108F0C lcd monitor display block diagram crt controller terminal
Text: SPC8108Foc LOW POWER LCD & CRT VGA CONTROLLER DESCRIPTION The SPC8108Foc is a versatile VGA graphics controller capable of driving liquid crystal displays and analog CRT monitors. The controller integrates all LCD interface, sequencing and gray shading logic into one small
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SPC8108Foc
SPC8108Foc
SPC8108F0
80x86
E2/24pf~
crt terminal interface block diagram
crt terminal interface in microprocessor block diagram
SPC8108F
SPC8108F0C
lcd monitor display block diagram
crt controller terminal
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SPC8108FOC
Abstract: crt monitor vga pin details VGA ramdac crt terminal interface block diagram
Text: LOW POWER LCD & CRT VGA CONTROLLER • DESCRIPTION The SPC8108Foc is a versatile VGA graphics controller capable of driving liquid crystal displays and analog CRT monitors. The controller integrates all LCD interface, sequencing and gray shading logic into one small
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SPC8108Foc
80x86
SPC8108Foc
crt monitor vga pin details
VGA ramdac
crt terminal interface block diagram
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