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    JPEG DECOMPRESSION ALGORITHM Search Results

    JPEG DECOMPRESSION ALGORITHM Result Highlights (5)

    Part ECAD Model Manufacturer Description Download Buy
    BQ2031SN-A5TR Texas Instruments Switch-mode Lead-Acid Battery Charger with User-Selectable Charge Algorithms 16-SOIC 0 to 0 Visit Texas Instruments Buy
    BQ2031SN-A5TRG4 Texas Instruments Switch-mode Lead-Acid Battery Charger with User-Selectable Charge Algorithms 16-SOIC 0 to 0 Visit Texas Instruments Buy
    BQ2031SN-A5 Texas Instruments Switch-mode Lead-Acid Battery Charger with User-Selectable Charge Algorithms 16-SOIC 0 to 0 Visit Texas Instruments Buy
    BQ2031PN-A5E4 Texas Instruments Switch-mode Lead-Acid Battery Charger with User-Selectable Charge Algorithms 16-PDIP 0 to 0 Visit Texas Instruments Buy
    BQ2031PN-A5 Texas Instruments Switch-mode Lead-Acid Battery Charger with User-Selectable Charge Algorithms 16-PDIP 0 to 0 Visit Texas Instruments Buy

    JPEG DECOMPRESSION ALGORITHM Datasheets Context Search

    Catalog Datasheet Type Document Tags PDF

    CS6100

    Abstract: Huffman 1000X CS6150 Variable Length Decoder VLD
    Text: CS6150 Motion JPEG Decoder Virtual Components for the Converging World The CS6150 Motion JPEG M-JPEG Decoder is a highly integrated virtual component solution for leadingedge image decompression applications. Its high performance is capable of sustaining data rates of over 125


    Original     		CS6150 CS6150 CS6100 DS6150-b Huffman 1000X Variable Length Decoder VLD PDF

    assembly language program for speed control

    Abstract: lta 301 0332eh 0057H lark 10.3 0c303 TI AR7 "Huffman coding"
    Text: Application Report SPRA615 - January 2000 Implementing JPEG with TMS320C2xx Assembly Language Software Vivian Shao Digital Signal Processing Solutions ABSTRACT JPEG compression/decompression technique is widely used for still image applications. There are two major ways to implement JPEG algorithm – hardware and software. The


    Original     		SPRA615 TMS320C2xx TMS320C2xx assembly language program for speed control lta 301 0332eh 0057H lark 10.3 0c303 TI AR7 "Huffman coding" PDF

    0057H

    Abstract: 022A5 1820 596 assembly language program for speed control lta 301 0c303 "Huffman coding" huffman encoding
    Text: Application Report SPRA615 - January 2000 Implementing JPEG with TMS320C2xx Assembly Language Software Vivian Shao Digital Signal Processing Solutions ABSTRACT JPEG compression/decompression technique is widely used for still image applications. There are two major ways to implement JPEG algorithm – hardware and software. The


    Original     		SPRA615 TMS320C2xx TMS320C2xx 0057H 022A5 1820 596 assembly language program for speed control lta 301 0c303 "Huffman coding" huffman encoding PDF

    D476

    Abstract: LOGIC DESCRIPTION OF 74LS373 ntab PIN CONFIGURATION 7475 BCT02 C22V10 7475 data latch 7475 latch 7475 tristate buffer aab2
    Text: 29C82 * MATRA MHS JPEG Decoder Description The 29C82 performs decompression of still pictures in accordance with the ISO JPEG 8 R6 standard for basic systems pixels coded in 8 bits, sequential display, HUFFMAN coding, etc . The 29C82 independently executes most following of the adaptive discrete cosine


    Original     		29C82 29C82 29C82. D476 LOGIC DESCRIPTION OF 74LS373 ntab PIN CONFIGURATION 7475 BCT02 C22V10 7475 data latch 7475 latch 7475 tristate buffer aab2 PDF

    d9da

    Abstract: 8a92 29C82 "Huffman coding" INTEL 8209 LA 7576 29c821 441I
    Text: Tem ic 29C82* MATRA MHS JPEG Decoder Description The 29C82 performs decompression of still pictures in accordance with the ISO JPEG 8 R6 standard for basic systems pixels coded in 8 bits, sequential display, HUFFMAN coding, etc . The 29C82 independently executes most following of the adaptive discrete


    OCR Scan     		29C82* 29C82 29C82. Sflbfl45b 29C82 d9da 8a92 "Huffman coding" INTEL 8209 LA 7576 29c821 441I PDF

    column-major

    Abstract: CS6350 mega pro remote ARK LOGIC IDCT CS6300 Amphion Semiconductor IDCT xilinx cs635
    Text: CS6350 TM High Performance IDCT Virtual Components for the Converging World At the heart of many video decompression systems is the inverse discrete cosine transform IDCT function. The JPEG-compliant CS6350 IDCT provides a high-performance reconstruction of a video waveform from its


    Original     		CS6350 CS6350 DS6350 column-major mega pro remote ARK LOGIC IDCT CS6300 Amphion Semiconductor IDCT xilinx cs635 PDF

    Untitled

    Abstract: No abstract text available
    Text: M65761FP QM-Coder REJ03F0234-0200 Rev.2.00 Sep 14, 2007 Description The M65761FP is a compression and decompression LSI conforming to the high efficiency encoding system QMCoder in the International Standard, the JBIG/JPEG (ITU-T Recommendations T.81 and T.82) for coding still images.


    Original     		M65761FP REJ03F0234-0200 M65761FP PRQP0100JB-A 100P6S-A) PDF

    a7710

    Abstract: A773* Transistor videoflow A773 intel i960 RISC Motion JPEG Codec ARRAY MICROSYSTEMS a77500 1506 Video graphic array
    Text: EVALUATION BOARDS ARRAY MICROSYSTEMS VIDEOFLOW * Video Compression/Decompression Evaluation Kit • ■ ■ ■ ■ ■ ■ High-Performance: – Over 8.0 BOPS – Real-Time 30 fps Video Codec Capabilities MPEG 352 x 240 Encoding or Decoding (30 fps) JPEG 720 x 480 Encoding or


    Original     		a77500 a7710 A773* Transistor videoflow A773 intel i960 RISC Motion JPEG Codec ARRAY MICROSYSTEMS a77500 1506 Video graphic array PDF

    "bit stuffing" fax mmr

    Abstract: HA1139 0X174E
    Text: M65762FP QM-Coder REJ03F0235-0200 Rev.2.00 Sep 14, 2007 Description The M65762FP is a compression and decompression LSI conforming to the high efficiency encoding system QMCoder in the International Standard, the JBIG/JPEG (ITU-T Recommendations T.81 and T.82) for coding still images.


    Original     		M65762FP REJ03F0235-0200 M65762FP "bit stuffing" fax mmr HA1139 0X174E PDF

    0F80b

    Abstract: AT76C101 256x16 ram diode PXIN 0F815 0F80C digital clock using AT89C51 0F80F decoder huffman function of internal code memory microcontroller
    Text: Features • • • • • • • • • • Compatible with the JPEG Baseline Standard as Defined by ISO IS 109 18-1 Highly-integrated, Low-cost Single Chip Solution Up to 40 Mbytes/sec Sustained Compression Rate Maximum Processing Rate of 1.6 million pixels/sec


    Original     		AT76C101 0F80b 256x16 ram diode PXIN 0F815 0F80C digital clock using AT89C51 0F80F decoder huffman function of internal code memory microcontroller PDF

    ZR36057

    Abstract: ZR36700 Motion JPEG Codec zoran dvd jpeg decode image ZR36110 ZR36016 ZR36050 ZR36060 ZR36067
    Text: ZR36067 AV PCI CONTROLLER DATA SHEET FEATURES T T T T T T T T T Supersedes the Zoran ZR36057. Glueless interface to PCI bus PCI spec. 2.1 compliant . Minimum interface to JPEG decoders (ZR36060, ZR36050+ZR36016), MPEG1 and DVD decoders (ZR36110, ZR36700), video decoders and video encoders.


    Original     		ZR36067 ZR36057. ZR36060, ZR36050 ZR36016) ZR36110, ZR36700) 16-bit DS36067R1-0298 ZR36057 ZR36700 Motion JPEG Codec zoran dvd jpeg decode image ZR36110 ZR36016 ZR36060 ZR36067 PDF

    cl550

    Abstract: C-CUBE CL550 cls-50 CL550-30 dpcm 44.52s CL550 jpeg "Huffman coding" 9018H "frame grabber"
    Text: IRs M i f - R O s ’ c n : !V!S OVERVIEW Features and Applications Standard High Integration • • On-chip DCT/IDCT processor • On-chip Quantizer and Huffman tables • On-chip video interface • On-chip 16-bit or 32-bit Host Bus Interface • Standard 144-pin PGA package for C-Cube CL550-35


    OCR Scan     		16-bit 32-bit 144-pin CL550-35 CL550-30 CL550-35) CL550-10 cl550 C-CUBE CL550 cls-50 dpcm 44.52s CL550 jpeg "Huffman coding" 9018H "frame grabber" PDF

    tlq1

    Abstract: auravision MD10 MD11 MD14 W9930F "Huffman coding" "frame grabber"
    Text: W9930F W9930F JPEG IMAGE PROCESSOR -0- Publication Release Date: May 1995 Revision A4 W9930F The information described in this document is the exclusive intellectual property of Winbond Electronics Corporation and shall not be reproduced without permission from Winbond.


    Original     		W9930F W9930F-based tlq1 auravision MD10 MD11 MD14 W9930F "Huffman coding" "frame grabber" PDF

    Motion JPEG Codec

    Abstract: ZR36057 topfield SAA7110 SAA7111 SAA7188 ZR36016 ZR36050 ZR36110 T2041
    Text: ZR36057 ENHANCED PCI BUS MULTIMEDIA CONTROLLER DATA SHEET FEATURES T T T T T T T T Glueless interface to PCI bus PCI spec. 2.1 compliant . Minimum interface to JPEG decoders (e.g. ZR36050 & ZR36016), MPEG1 decoders (e.g., ZR36110), video digitizers (e.g., SAA7110, SAA7111) and video encoders (e.g.,


    Original     		ZR36057 ZR36050 ZR36016) ZR36110) SAA7110, SAA7111) SAA7188, MD207) 16-bit DS36057-0896 Motion JPEG Codec ZR36057 topfield SAA7110 SAA7111 SAA7188 ZR36016 ZR36050 ZR36110 T2041 PDF

    ZR36067PQC-LV

    Abstract: zr36700 ZR36067PQC ZR36057 statcom Motion JPEG Codec jpeg decode image ZR36067 ZR36016 ZR36050
    Text: ZR36067PQC-LV DATA SHEET ENHANCED PCI BUS MULTIMEDIA CONTROLLER LOW-VOLTAGE FEATURES T T T T T T T T T Supersedes the Zoran ZR36057 and ZR36067. Glueless interface to PCI bus (PCI spec. 2.1 compliant). Minimum interface to JPEG decoders (ZR36060, ZR36050+ZR36016), MPEG1 and DVD decoders


    Original     		ZR36067PQC-LV ZR36057 ZR36067. ZR36060, ZR36050 ZR36016) ZR36110, ZR36700) DS36067LVR1-0201 ZR36067PQC-LV zr36700 ZR36067PQC statcom Motion JPEG Codec jpeg decode image ZR36067 ZR36016 PDF

    Untitled

    Abstract: No abstract text available
    Text: C L 5 5 0 /C L 5 6 0 JPEG C o m p ressio n P ro c e s s o r U s e r’s M an u al % C-Cube M icro s y s te m s lTbHHb*! 0 0 0 0 6 2 2 • This document is preliminary. The specifications contained herein are derived from functional specifications and performance estimates, and


    OCR Scan     		PDF

    ZR36057

    Abstract: Zoran SAA7111 SAA7188 ZR36016 ZR36050 ZR36110 PAR56 Motion JPEG Codec ZORAN CPU
    Text: ZR36057 DATASHEET ENHANCED PCI BUS MULTIMEDIA CONTROLLER FEATURES • ■ Glueless interface to PCI bus PCI spec. 2.1 compliant . ■ Minimum interface to JPEG decoders (e.g. ZR36050 & ZR36016), MPEG1 decoders (e.g., ZR 36110), video digitiz­ ers (e.g., S AA 711 0, SAA7111) and video encoders (e.g.,


    OCR Scan     		ZR36057 ZR36050 ZR36016) ZR36110) SAA711 SAA7111) SAA7188, MD207) 16-bit DS36057-0896 ZR36057 Zoran SAA7111 SAA7188 ZR36016 ZR36050 ZR36110 PAR56 Motion JPEG Codec ZORAN CPU PDF

    Untitled

    Abstract: No abstract text available
    Text: ZR36067 Z i li lì R A N AV PCI CONTROLLER DA TA S H E E T FEATURES • ■ Supersedes the Zoran ZR36057. ■ Glueless interface to PCI bus PCI spec. 2.1 compliant . ■ Minimum interface to JPEG decoders (ZR36060, ZR 36050+ZR 36016), MPEG1 and DVD decoders


    OCR Scan     		ZR36067 ZR36057. ZR36060, ZR36110, ZR36700) DS36067R1 PDF

    Untitled

    Abstract: No abstract text available
    Text: Z d illR A N _ ZR36057 ENHANCED PCI BUS MULTIMEDIA CONTROLLER DATASHEET FEATURES • Glueless interface to PCI bus PCI spec. 2.1 compliant . ■ Minimum interface to JPEG decoders (e.g. ZR36050 & ZR36016), MPEG1 decoders (e.g., Z R 36110), video digitiz­


    OCR Scan     		ZR36057 ZR36050 ZR36016) SAA7188, MD207) 16-bit 24-bit DS36057-0896 PDF

    TN234

    Abstract: LZ77 77022 jpeg decompression algorithm
    Text: TN234 File Compression Using #zimport This document gives a brief description of the Dynamic C #zimport compression utility feature (available starting with Dynamic C version 8.00) and details its performance characteristics. The #zimport compiler directive is similar to #ximport with one important difference: the file is compressed before it


    Original     		TN234 TN234 LZ77 77022 jpeg decompression algorithm PDF

    0F80b

    Abstract: AT76C101 256x16 ram 0f81b 0F80C of at89c51
    Text: Features • • • • • • • • • • Compatible with the JPEG Baseline Standard as Defined by ISO IS 109 18-1 Highly-integrated, Low-cost Single Chip Solution Up to 40 Mbytes/sec Sustained Compression Rate Maximum Processing Rate of 1.6 million pixels/sec


    OCR Scan     		AT76C101 0F80b 256x16 ram 0f81b 0F80C of at89c51 PDF

    XC3042ATM

    Abstract: auravision C-CUBE CL550 XC3020 CL550-30 486DX2-50 486DX2 auravision VxP CL560 X5577
    Text: C-Cube CL550 and Xilinx XC3020A ISA-based Motion-JPEG Codec  November 1994 Application Note By LOUIS W. SHAY Introduction engineering effort. In writing this document, care was taken to emphasize fundamental design concepts and techniques as opposed to specific implementation. If you


    Original     		CL550 XC3020A XC3042ATM auravision C-CUBE CL550 XC3020 CL550-30 486DX2-50 486DX2 auravision VxP CL560 X5577 PDF

    C-CUBE CL550

    Abstract: C-CUBE MICROSYSTEMS VGA capture 486DX2 auravision auravision VxP composite video input to output vga schematic isa bus schematics vxp500 SAA7191
    Text: C-Cube CL550 and Xilinx XC3020A ISA-based Motion-JPEG Codec  November 1994 Application Note By LOUIS W. SHAY Introduction engineering effort. In writing this document, care was taken to emphasize fundamental design concepts and techniques as opposed to specific implementation. If you


    Original     		CL550 XC3020A C-CUBE CL550 C-CUBE MICROSYSTEMS VGA capture 486DX2 auravision auravision VxP composite video input to output vga schematic isa bus schematics vxp500 SAA7191 PDF

    schematic diagram of composite video compression

    Abstract: vxp500 C-CUBE CL550 CL550 jpeg cl560 XC3020A auravision VxP SAA7191 C-Cube decoder c-cube
    Text: C-Cube CL550 and Xilinx XC3020A ISA-based Motion-JPEG Codec  November 1994 Application Note By LOUIS W. SHAY Introduction engineering effort. In writing this document, care was taken to emphasize fundamental design concepts and techniques as opposed to specific implementation. If you


    Original     		CL550 XC3020A VxP500 schematic diagram of composite video compression C-CUBE CL550 CL550 jpeg cl560 XC3020A auravision VxP SAA7191 C-Cube decoder c-cube PDF