PER-PIXEL SHADING Search Results

per-pixel shading

Abstract: geforce 1275F
Contextual Info: Dot Product Texture Blending and Per-Pixel Lighting Sim Dietrich Please send me comments/questions/suggestions Sim.dietrich@nvidia.com 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

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
Contextual Info: 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

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
Contextual Info: 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

NVIDIA

Abstract: GeForce2 geforce nvidia chip per-pixel shading vga nvidia datasheet NVIDIA geForce NVIDIA CORPORATION vga nvidia nvidia geforce2 gts
Contextual Info: 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.

UC1611s

Contextual Info: 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

vg96

Abstract: 3dfx VG-96 texture mapping 3Dfx Interactive block diagram of bios voodoo graphics-intensive line polygon 3dfx voodoo 2
Contextual Info: 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

TC236

Abstract: TMC57253 ccd color Linear Image Sensor 2N3904 CM500 TMC57253HSOP
Contextual Info: 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

nvidia chip

Abstract: nvidia RIVA TNT2 NVIDIA geforce nvidia video card NVIDIA GPU geforce NVIDIA riva tnt 128 nvidia* gpu NVIDIA geforce chip
Contextual Info: 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

11 mm CCD-Sensor

Abstract: April 1996 Linear Technology top mark adb 2N3904 CM500 TC236P TMC57253DSB TMC57253
Contextual Info: 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

ABG CHIP TRANSISTOR

Abstract: ABG TRANSISTOR 2N3904 CM500 TC236P TMC57253DSB TMC57253 TC236
Contextual Info: 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

Contextual Info: 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

ABG TRANSISTOR

Abstract: ABG CHIP TRANSISTOR 2N3904 TC237 TMC57253DSB TMC57253
Contextual Info: 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

ABG TRANSISTOR

Abstract: TC237 TMC57253DSB 2N3904 TMC57253
Contextual Info: 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

TC237B

Abstract: EL7202C HN1A01F TC237 74act240n 74ACT240NS
Contextual Info: 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

tl 2N3904 TRANSISTOR

Abstract: TC236
Contextual Info: 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

NVIDIA GPU

Abstract: nvidia* gpu light sensitive project eraser NVIDIA geforce OpenGL integrating sphere VECTOR GHT -453 geforce NVIDIA CORPORATION
Contextual Info: 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

SMIA85

Abstract: SMIA 85 camera MT9D012 cmos IMAGE SENSOR xenon image sensor micron SMIA 2.2 megapixel mobile phone camera modules
Contextual Info: MT9D012 More Power, Less Space: Upgrade Your Mobile Design SMIA85 Compatibility in a 2-Megapixel, 1/4-Inch CMOS Image Sensor Features ● ● ● ● ● ● ● ● ● ● ● ● ● ● ● ● DigitalClarity CMOS imaging technology SMIA compatible Integrated color and lens shading correction

Contextual Info: 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

22um

Abstract: sensor x ray micron cmos sensor MT9D014 CMOS AREA IMAGE SENSOR
Contextual Info: 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

33-B4

Abstract: crt terminal interface block diagram SPC8108F
Contextual Info: 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

8106F

Contextual Info: 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

crt terminal interface block diagram

Abstract: crt terminal interface in microprocessor block diagram SPC8108F SPC8108F0C lcd monitor display block diagram crt controller terminal
Contextual Info: 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

SPC8108FOC

Abstract: crt monitor vga pin details VGA ramdac crt terminal interface block diagram
Contextual Info: 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

ADSP-2100

Abstract: convolution of two matrices
Contextual Info: 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