jpeg encoder vhdl code
Abstract: vhdl code for dwt transform vhdl code for discrete wavelet transform EP2AGX190 EP2S90 EP3C55 EP4SGX70 JPEG2000 ip based cctv systems altera dwt image compression
Text: JPEG 2000 compliance Both lossless and lossy compression JPEG2K-E Error-resilient compression JPEG 2000 Encoder Megafunction Headers syntax processing The JPEG2K-E megafunction is a complete high performance JPEG2000 - ISO/IEC 15444-1 image compression solution targeted for video and high bandwidth image
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JPEG2000
1080p
EP2AGX190-4
EP3C55
EP2S90
EP4SGX70
jpeg encoder vhdl code
vhdl code for dwt transform
vhdl code for discrete wavelet transform
EP2AGX190
ip based cctv systems
altera dwt image compression
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H-a16t
Abstract: ADSP-2191M HA16 Peripheral interface 8255 pinout MO-205-AC adsp-2191-mbst-140
Text: a DSP Microcomputer ADSP-2191M PERFORMANCE FEATURES 6.25 ns Instruction Cycle Time, for up to 160 MIPS Sustained Performance ADSP-218x Family Code Compatible with the Same Easy to Use Algebraic Syntax Single-Cycle Instruction Execution Single-Cycle Context Switch between Two Sets of Computation and Memory Instructions
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ADSP-2191M
ADSP-218x
ADSP-2191MKST-160
ADSP-2191MBST-140
ADSP-2191MKCA-160
ADSP-2191MBCA-140
144-Lead
144-Ball
H-a16t
ADSP-2191M
HA16
Peripheral interface 8255 pinout
MO-205-AC
adsp-2191-mbst-140
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XAPP312
Abstract: No abstract text available
Text: Application Note: CoolRunner CPLD 7 R XAPP312 v1.0 October 22, 1999 Differences In ABEL and PHDL Application Note Summary This document highlights the few major differences between ABEL and PHDL. All other PHDL constructs and syntax not discussed in this document are supported in ABEL. Most PHDL
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XAPP312
XAPP312
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Untitled
Abstract: No abstract text available
Text: DESCRIPTIONS A.5 DESCRIPTIONS The following section describes each instruction in the DSP56100 family instruction set in complete detail. The format of each instruction description is given in the Instruction Guide at the beginning of Appendix A. Instructions which allow parallel moves include the notation “ parallel move ” in both the Assembler Syntax
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DSP56100
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8 BIT ALU
Abstract: 4 bit right left shift register ics 8 bit full adder 32-bit adder 8 bit adder 8 bit carry select adder
Text: B Compute Operations B.2.3 Shifter Operations Shifter operations are described in this section. Table B.6 summarizes the syntax and opcodes for the shifter operations. The succeeding pages provide detailed descriptions of each operation. The shifter operates on the register file’s 32-bit fixed-point fields bits 398 . Two-input shifter operations can take their y-input from the register
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32-bit
R11-R8
F11-F8)
R15-R12
F15-F12)
8 BIT ALU
4 bit right left shift register ics
8 bit full adder
32-bit adder
8 bit adder
8 bit carry select adder
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adsp 210xx architecture
Abstract: 12pin connector circular ADSP-21020 ADDS-21020-EZ-ICE c1855 INVERSE FAST FOURIER TRANSFORM ADSP-21000 ADSP-21010 AD1849 ADSP21020
Text: a ADSP-21000 Family Development Tools ADDS-210xx-TOOLS FEATURES FEATURES DEVELOPMENT SOFTWARE TOOLS DEVELOPMENT HARDWARE TOOLS ASSEMBLER Easy-to-Use Algebraic Syntax EZ-LAB DEVELOPMENT BOARD Enables Evaluation, Prototyping, and Development of ADSP-21000 Family-Based Systems
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ADSP-21000
ADDS-210xx-TOOLS
16-Bit
EDSP-21020
ADDS-21020-EZ-ICE
ADSP-21020
ADDS-21020-EZKITPL
ADDS-2106x-EZ-LAB
adsp 210xx architecture
12pin connector circular
ADDS-21020-EZ-ICE
c1855
INVERSE FAST FOURIER TRANSFORM
ADSP-21010
AD1849
ADSP21020
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ADI1290
Abstract: DSP56001
Text: INSTRUCTION DESCRIPTIONS ROL ROL Rotate Left 47 Operation: 24 C Assembler Syntax: parallel move ROL D (parallel move) Description: Rotate bits 47–24 of the destination operand D one bit to the left and store the result in the destination accumulator. Prior to instruction execution, bit 47 of D is
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24-bit
00ESCRIPTIONS
ADI1290
DSP56001
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A988
Abstract: DSP56800 FE8B SR-0005
Text: Instruction Set Details Descriptions MPY MPY Signed Multiply Operation: + S1 * S2 → D no parallel move S1 * S2 → D (one parallel move) S1 * S2 → D (two parallel reads) Assembler Syntax: MPY (+)S1,S2,D MPY S1,S2,D MPY S1,S2,D (no parallel move) (one parallel move)
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16-bit
36-bit
DSP56800
A988
FE8B
SR-0005
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radix-2 dit fft flow chart
Abstract: DSP56300 mac 226 40N160 40n220
Text: Appendix C BENCHMARK PROGRAMS C-1 INTRODUCTION The following benchmarks illustrate the source code syntax and programming techniques for the DSP56300 Core. The assembly language source is organized into 6 columns as shown below. Label Opcode Operands X Bus Data Y Bus Data Comment
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DSP56300
50MHz
60MHz
radix-2 dit fft flow chart
mac 226
40N160
40n220
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A-6103
Abstract: a698 a6100 A-18 A243 a6114
Text: A-6.95 Lock Instruction Cache Relative Sector PLOCKR PLOCKR PLOCKR Lock Instruction Cache Relative Sector Operation: Assembler Syntax: Lock sector by PC+xxxx PLOCKR xxxx Description: Lock the cache sector to which the sum PC + specified displacement belongs. If the sum does not belong to any cache sector, then load the 17 most significant
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24-bit
A-6103
a698
a6100
A-18
A243
a6114
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ADI1290
Abstract: DSP56001 FFT DSC freescale EWS300-24 instruction manual
Text: Freescale Semiconductor, Inc. U U Address Register Update Operation: . . . . . ; ea➞Rn Assembler Syntax: ( . . . . . ) ea Freescale Semiconductor, Inc. where ( . . . . . ) refers to any arithmetic or logical instruction which allows parallel moves.
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16-bit
DSP56000/DSP56001
ADI1290
DSP56001
FFT DSC freescale
EWS300-24 instruction manual
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sparc v7
Abstract: simm13 SPARC V7.0 SPARC 7 diode 29 RS1 STC 8133 CB123 TSC695 FBUL
Text: Assembly Language Syntax The notations given in this section are taken from Sun’s SPARC Assembler and are used to describe the suggested assembly language syntax for the instruction definitions explained on page 5. Understanding the use of type fonts is crucial to understanding the assembly language syntax in the instruction definitions. Items in typewriterfont are literals, to be
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dla001
Abstract: STA013B FC12 B2H18
Text: STA013 STA013B STA013T MPEG 2.5 LAYER III AUDIO DECODER SINGLE CHIP MPEG2 LAYER 3 DECODER SUPPORTING: - All features specified for Layer III in ISO/IEC 11172-3 MPEG 1 Audio - All features specified for Layer III in ISO/IEC 13818-3.2 (MPEG 2 Audio) - Lower sampling frequencies syntax extension,
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STA013
STA013B
STA013T
dla001
FC12
B2H18
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Untitled
Abstract: No abstract text available
Text: Running Title—Attribute Reference Chapter 5 Summary of Parallel Runtime Support Functions and Macros This chapter lists and describes all of the parallel runtime support functions and macros by category. Chapter 4 describes each function and macro in detail, including the syntax and an example.
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int45(
64-bit
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tda 85630
Abstract: tda 9580 LDR type orp 12 str w 6554 a LDR orp 11 TDA 9583 str 6554 tda 5652 TDA 4963 tda 8130
Text: ST120 DSP-MCU PROGRAMMING MANUAL Release 1.0 This is advance information on a new product now in development or undergoing evaluation. Details are subject to change without notice. ST120 DSP-MCU PROGRAMMING MANUAL TABLE OF CONTENTS Page 1 ST120 DSP-MCU ASSEMBLY SYNTAX SPECIFICATIONS .
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ST120
ST120PM
tda 85630
tda 9580
LDR type orp 12
str w 6554 a
LDR orp 11
TDA 9583
str 6554
tda 5652
TDA 4963
tda 8130
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1bdf
Abstract: arithmetic left shift
Text: Section 3. Instruction Descriptions SAC Syntax: Store Accumulator {label:} SAC A, Wnd B, [Wnd] [, #Slit4] [Wnd]+ [Wnd]-[Wnd-] [Wnd+Wb] [Wnd+lit5] Operands: Wnd ∈ [W0 . W15]; Wb ∈ [W0 . W15]; lit5 ∈ [0 . 31] Slit4 ∈ [-8 . +7] Operation: ShiftSlit4 ACC (optional); (ACC[31:16]) → Wnd
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DS70030A-page
1bdf
arithmetic left shift
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ip based cctv systems
Abstract: ddr2 rad hard jpeg encoder vhdl code vhdl code for dwt transform DWT image compression Altera vhdl code for discrete wavelet transform jpeg2000 encoder vhdl code jpeg encoder RTL IP core JPEG2K-E JPEG2000
Text: JPEG 2000 compliance Both lossless and lossy compression JPEG2K-E Error-resilient compression JPEG 2000 Encoder Core Headers syntax processing The JPEG2K-E core is a complete high performance JPEG2000 - ISO/IEC 15444-1 image compression solution targeted for video and high bandwidth image compression
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JPEG2000
ip based cctv systems
ddr2 rad hard
jpeg encoder vhdl code
vhdl code for dwt transform
DWT image compression Altera
vhdl code for discrete wavelet transform
jpeg2000 encoder vhdl code
jpeg encoder RTL IP core
JPEG2K-E
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E0600
Abstract: MACH210 P16H8 binary to bcd decoder 4 digit COUNTER LED bcd 7449 BCD to 7-segment 7449 decoder and seven segment display 7449 7-segment decoder logic diagram IF-6-24 EP600
Text: ABEL-HDL Reference Table of Contents 1. Introduction 2. Language Structure Summary . . . . . . . . . . . . . . . . . . . . Introduction to ABEL-HDL . . . . . . . . . . Basic Syntax . . . . . . . . . . . . . . . . . . Supported ASCII Characters . . . . . . .
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12-to-4
E0600
MACH210
P16H8
binary to bcd decoder
4 digit COUNTER LED bcd
7449 BCD to 7-segment
7449 decoder and seven segment display
7449 7-segment decoder logic diagram
IF-6-24
EP600
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addressing modes in adsp-21xx
Abstract: i3 i5 i7 processor ADSP-2101 ADSP-2105 ADSP-2111 ADSP-2115 PMD70 "saturation instruction" "saturation" "instruction"
Text: ALU ADD / ADD with CARRY Syntax: [ IF cond ] Permissible xops AX0 MR2 AX1 MR1 AR MR0 SR1 SR0 AR AF = xop Permissible yops AY0 AY1 AF + + + + + yop C yop + C constant constant + C 15 ; Permissible conds see Table 15.9 EQ LE AC NE NEG NOT AC GT POS MV GE AV
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ADSP-217x,
ADSP-218x,
ADSP-21msp58/59
32bits
addressing modes in adsp-21xx
i3 i5 i7 processor
ADSP-2101
ADSP-2105
ADSP-2111
ADSP-2115
PMD70
"saturation instruction"
"saturation" "instruction"
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BF250
Abstract: x4b2 OPA603 kf016f p16hc RB50 016f
Text: * OPA603X CURRENT-FEEDBACK AMPLIFIER "CIRCUIT MODEL" SUBCIRCUIT * * CREATED USING BLOOD,SWEAT AND TEARS ON 10/12/90 AT 09:03AM * REV.B 5/23/91 * REV.C 10/20/92 - SYNTAX ERRORS BCB * -* | NOTICE: THE INFORMATION PROVIDED HEREIN IS BELIEVED TO BE RELIABLE;
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OPA603X
160MA
XP16HC
P16HC
383PF
500MA
XP16HC
BF250
x4b2
OPA603
kf016f
RB50
016f
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SPICE As An AHDL
Abstract: analog to digital converter vhdl coding digital to analog converter vhdl coding vhdl coding for analog to digital converter vhdl code for digital to analog converter vhdl code for All Digital PLL IEEE PROGRAMS OR ENGINEERING STUDENT WITH vhdl electronic workbench VHDL code for dac Z-Domain Systems Development
Text: SPICE AS AN AHDL Analog and Mixed Signal conference by Charles E. Hymowitz Intusoft San Pedro, CA, 7/94 ABSTRACT This paper will discuss the following questions: Is SPICE an AHDL and is it a viable alternative to currently proposed AHDL languages? Second, should AHDL constructs or SPICE syntax compatibility be the starting point for analog extensions to VHDL?
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A-20
Abstract: A-31 A249
Text: A-6.64 Transfer by Magnitude MAXM MAXM MAXM Transfer by Magnitude Operation: Assembler Syntax: If |B| – |A| ≤ 0 then A ➞ B MAXM A,B (parallel move) Description: Subtract the absolute value (magnitude) of the source accumulator from the absolute value of the destination accumulator. If the difference is negative or zero
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hip2500 spice
Abstract: HIP2500 Simulation
Text: Macro/Behavioral Models HIP2500 Application Note September 1993 MM9702 General Description Netlist Syntax The HIP2500 model utilizes macro modeling constructs to accurately simulate DC and transient effects. This model is composed entirely of standard SPICE elements using
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HIP2500
MM9702
HIP2500
HIP2500,
hip2500 spice
Simulation
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XTAL 14.7456MHZ R
Abstract: application note sta013 STA013 S028
Text: 7 STA013 / MPEG 2.5 LAYER III A U D IO DECODER • SINGLE CHIP MPEG2 LAYER 3 DECODER SUPPORTING: - All features specified for Layer III in ISO/IEC 11172-3 MPEG 1 Audio - All features specified for Layer III in ISO/IEC 13818-3.2(MPEG 2 Audio) - Lower sampling frequencies syntax extension,
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OCR Scan
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STA013
XTAL 14.7456MHZ R
application note sta013
STA013
S028
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