c code for convolution
Abstract: Spectrum Signal Processing
Text: CHAPTER FFT Convolution 18 This chapter presents two important DSP techniques, the overlap-add method, and FFT convolution. The overlap-add method is used to break long signals into smaller segments for easier processing. FFT convolution uses the overlap-add method together with the Fast Fourier
|
Original
|
|
PDF
|
linear convolution
Abstract: Digital Weighing Scale Star Delta Control circuit Weighing scale circuit star delta circuit diagram Digital Weighing Scale Circuit linear convolution for discrete time
Text: CHAPTER 6 Convolution Convolution is a mathematical way of combining two signals to form a third signal. It is the single most important technique in Digital Signal Processing. Using the strategy of impulse decomposition, systems are described by a signal called the impulse response. Convolution is
|
Original
|
|
PDF
|
80286 microprocessor features
Abstract: 80286 Microprocessor x-band filter x band radar transmitters digital filter calculus how dsp is used in radar microprocessor 80286 Spectrum Signal Processing x band radar c code for convolution
Text: CHAPTER 7 Properties of Convolution A linear system's characteristics are completely specified by the system's impulse response, as governed by the mathematics of convolution. This is the basis of many signal processing techniques. For example: Digital filters are created by designing an appropriate impulse
|
Original
|
|
PDF
|
linear image sensor
Abstract: c code for convolution linear convolution low pass filter circuit 741 image processing 12 line ccd scanner 2 way lighting circuit 741 OP Amp Brain wave signal sensor CCD linear array
Text: CHAPTER 24 Linear Image Processing Linear image processing is based on the same two techniques as conventional DSP: convolution and Fourier analysis. Convolution is the more important of these two, since images have their information encoded in the spatial domain rather than the frequency domain. Linear filtering can
|
Original
|
|
PDF
|
TMS320C40
Abstract: AT6005 AT6010 TMS320 fpga tdm convolver
Text: FPGA 3x3 Convolver with Run-Time Reconfigurable Vector Multiplier in Atmel AT6000 FPGAs Introduction Convolution is one of the basic and most common operations in both analog and digital domain signal processing. Often times, it is desirable to modulate a given
|
Original
|
AT6000
TMS320C40
AT6005
AT6010
TMS320
fpga tdm
convolver
|
PDF
|
16psk block diagram
Abstract: Implementation of convolutional encoder differential encoder for psk viterbi convolution 16PSK Convolutional CS3310 convolution encoder uPI Semiconductor CS3310TK
Text: CS3310 TM Programmable Convolution Encoder Virtual Components for the Converging World The CS3310 Programmable Convolutional Encoder is a high performance implementation suitable for a range of Forward Error Correction applications. This highly integrated Application Specific Virtual Components ASVC
|
Original
|
CS3310
CS3310
silicon256
DS3310-a
16psk block diagram
Implementation of convolutional encoder
differential encoder for psk
viterbi convolution
16PSK
Convolutional
convolution encoder
uPI Semiconductor
CS3310TK
|
PDF
|
convolver
Abstract: AC84 PDSP16488 PDSP16488A CE5 marking
Text: PDSP16488A Single Chip 2D Convolver with Integral Line Delays Advance Information DS3713 The PDSP16488A is a fully integrated, application specific, image processing device. It performs a two dimensional convolution between the pixels within a video window and a set of
|
Original
|
PDSP16488A
DS3713
PDSP16488A
32kbit
convolver
AC84
PDSP16488
CE5 marking
|
PDF
|
viterbi convolution
Abstract: 16-PSK 16psk Convolutional Encoder Convolutional DS3310 CS3310 CS3310AA CS3310TK 16psk block diagram
Text: CS3310 TM Programmable Convolution Encoder Virtual Components for the Converging World The CS3310 Programmable Convolutional Encoder is a high performance implementation suitable for a range of Forward Error Correction applications. This highly integrated Application Specific Virtual Components ASVC
|
Original
|
CS3310
CS3310
DS3310
viterbi convolution
16-PSK
16psk
Convolutional Encoder
Convolutional
CS3310AA
CS3310TK
16psk block diagram
|
PDF
|
7-band
Abstract: different filter responses iir filter applications implementing FIR and IIR digital filters no one but myself to blame fixed point IIR Filter BW TV filter digital filter design
Text: CHAPTER Recursive Filters 19 Recursive filters are an efficient way of achieving a long impulse response, without having to perform a long convolution. They execute very rapidly, but have less performance and flexibility than other digital filters. Recursive filters are also called Infinite Impulse Response IIR filters,
|
Original
|
|
PDF
|
marking code 41S
Abstract: C16C3
Text: PDSP16488A Single Chip 2D Convolver with Integral Line Delays Advance Information DS3713 The PDSP16488A is a fully integrated, application specific, image processing device. It performs a two dimensional convolution between the pixels within a video window and a set of
|
Original
|
PDSP16488A
DS3713
PDSP16488A
32kbit
marking code 41S
C16C3
|
PDF
|
IMSA110
Abstract: IMSA110-G20S PGA100
Text: IMSA110 IMAGE AND SIGNAL PROCESSING SUB–SYSTEM 1-D/2-D SOFTWARE CONFIGURABLE CONVOLVER/FILTER ON-CHIP PROGRAMMABLE LINE DELAYS 0 — 1120 STAGES 8-BIT DATA AND 8.5-BIT COEFFICIENT SLICE 21 MULTIPLY-AND-ACCUMULATE STAGES 1-D (21) OR 2-D (3 x 7) CONVOLUTION WINDOW
|
Original
|
IMSA110
PGA100
IMSA110
IMSA110-G20S
|
PDF
|
TMS320C40
Abstract: AT6005 AT6010 TMS320
Text: FPGA 3x3 Convolver with Run-Time Reconfigurable Vector Multiplier in Atmel AT6000 FPGAs AT6000 FPGAs Introduction Convolution is one of the basic and most common operations in both analog and digital domain signal processing. Often times, it is desirable to modulate a given
|
Original
|
AT6000
TMS320C40
AT6005
AT6010
TMS320
|
PDF
|
Star Delta Control circuit
Abstract: impulse generator microwave digital filter calculus signal generator mhz linear convolution for discrete time "Band Pass Filters" Spectrum Signal Processing
Text: CHAPTER 13 Continuous Signal Processing Continuous signal processing is a parallel field to DSP, and most of the techniques are nearly identical. For example, both DSP and continuous signal processing are based on linearity, decomposition, convolution and Fourier analysis. Since continuous signals cannot be directly
|
Original
|
|
PDF
|
atmel 806
Abstract: avr32-uc3 atmel 718 atmel 906 radix-4 DIT FFT C code atmel 532 radix-4 dit 64 point FFT radix-4 atmel h 952 AVR32
Text: AVR32718: AT32UC3 Series Software Framework DSPLib 32-bit 1. Introduction This application note describes the DSP Library from the AVR32 Software Framework. It details the main functions prototype, algorithm and benchmark of the DSP library: FFT, convolution, FIR and partial IIR using GCC compiler.
|
Original
|
AVR32718:
AT32UC3
32-bit
AVR32®
AVR32
2076A
atmel 806
avr32-uc3
atmel 718
atmel 906
radix-4 DIT FFT C code
atmel 532
radix-4 dit
64 point FFT radix-4
atmel h 952
|
PDF
|
|
|
szy 21
Abstract: ce 65 s encoder MA1916 seal msg XG404 convolution encoder
Text: MA1916 MA1916 Radiation Hard Reed-Solomon & Convolution Encoder Replaces June 1999 version, DS3590-4.0 DS3590-5.0 January 2000 The purpose of the MA1916 is to encode serial data to allow error correction when the data is transmitted over a noisy communication link. As the name suggests, the unit contains
|
Original
|
MA1916
DS3590-4
DS3590-5
MA1916
szy 21
ce 65 s encoder
seal msg
XG404
convolution encoder
|
PDF
|
IMSA110-G20S
Abstract: IMSA110S IMSA110 PGA100 A11004
Text: IMSA110 IMAGE AND SIGNAL PROCESSING SUB–SYSTEM 1-D/2-D SOFTWARE CONFIGURABLE CONVOLVER/FILTER ON-CHIP PROGRAMMABLE LINE DELAYS 0 — 1120 STAGES 8-BIT DATA AND 8.5-BIT COEFFICIENT SLICE 21 MULTIPLY-AND-ACCUMULATE STAGES 1-D (21) OR 2-D (3 x 7) CONVOLUTION WINDOW
|
Original
|
IMSA110
PGA100
IMSA110-G20S
IMSA110S
IMSA110
A11004
|
PDF
|
psri
Abstract: a110 IMSA110 IMSA110-G20S PGA100 A11007
Text: IMSA110 IMAGE AND SIGNAL PROCESSING SUB–SYSTEM 1-D/2-D SOFTWARE CONFIGURABLE CONVOLVER/FILTER ON-CHIP PROGRAMMABLE LINE DELAYS 0 — 1120 STAGES 8-BIT DATA AND 8.5-BIT COEFFICIENT SLICE 21 MULTIPLY-AND-ACCUMULATE STAGES 1-D (21) OR 2-D (3 x 7) CONVOLUTION WINDOW
|
Original
|
IMSA110
PGA100
psri
a110
IMSA110
IMSA110-G20S
A11007
|
PDF
|
HSP48908
Abstract: HSP48908GC-20 HSP48908GC-32 HSP48908JC-20 HSP48908JC-32 HSP48908VC-20 HSP48908VC-32
Text: HSP48908 Data Sheet May 1999 File Number Two Dimensional Convolver Features The Intersil HSP48908 is a high speed Two Dimensional Convolver which provides a single chip implementation of a video data rate 3 x 3 kernel convolution on two dimensional data. It eliminates the need for external data storage through
|
Original
|
HSP48908
HSP48908
32MHz
HSP48908GC-20
HSP48908GC-32
HSP48908JC-20
HSP48908JC-32
HSP48908VC-20
HSP48908VC-32
|
PDF
|
RLC Filter Design
Abstract: de 40t series and parallel RLC circuit datasheet Analog Filter design
Text: CHAPTER 32 The Laplace Transform The two main techniques in signal processing, convolution and Fourier analysis, teach that a linear system can be completely understood from its impulse or frequency response. This is a very generalized approach, since the impulse and frequency responses can be of nearly any shape
|
Original
|
|
PDF
|
xnxx
Abstract: 0X000XXX TMC2011 TMC2250 TMC2255 TMC2302 TTXX trw mpy 16
Text: TMC2255 C M O S 3x3,5x5 Image Convolver 8 x 8 B its , 1 2 M H z D a ta R a te Like the faster TMC2250, the low cost TMC2255 can perform a triple 3x1 matrix-vector multiplication or a 3x3 convolution. It can also perform a 5x5 convolution with bidimensionally symmetrical coefficients. The on-chip
|
OCR Scan
|
TMC2255
12MHz
TMC2250,
TMC2255
2255R1C1
xnxx
0X000XXX
TMC2011
TMC2250
TMC2302
TTXX
trw mpy 16
|
PDF
|
Untitled
Abstract: No abstract text available
Text: TMC2255 CMOS 3x3,5x5 Image Convolver 8 x 8 B it s , 1 2 M H z D a t a R a t e Like the faster TMC2250, the low cost TMC2255 can perform a triple 3x1 matrix-vector multiplication or a 3x3 convolution. It can also perform a 5x5 convolution with bidimensionally symmetrical coefficients. The on-chip
|
OCR Scan
|
TMC2255
TMC2250,
TMC2255
3x11matrix
|
PDF
|
Untitled
Abstract: No abstract text available
Text: N EC ELECTRONICS INC b?E D • L427SES DD3^31S 321 HINECE JJPD78356 Family ftiPD78355/356/P356 NEC Electronics Inc. 16-/8-Bit, K-Series Microcontrollers W ith A/D Converter and Convolution Capability September 1993
|
OCR Scan
|
L427SES
JJPD78356
ftiPD78355/356/P356)
16-/8-Bit,
PD78355,
/JPD78356,
PD78P356
16-bit
16-/8-bit
|
PDF
|
A333J
Abstract: No abstract text available
Text: b427S25 0043413 W . |\| E C NEC Electronics Inc. «NECE #iPD78356 Family yPD78355/356/P356 16-/8-Blt, K-Series Microcontrollers With A/D Converter and Convolution Capability Preliminary September 1993 Description Features The /JPD78355, pPD78356, and /JPD78P356 are
|
OCR Scan
|
b427S25
iPD78356
yPD78355/356/P356)
16-/8-Blt,
/JPD78355,
pPD78356,
/JPD78P356
16-/8-bit
16-bit
A333J
|
PDF
|
Untitled
Abstract: No abstract text available
Text: HSP48908/883 Data Sheet May 1999 File Num ber 2783.4 Two Dimensional Convolver Features The Harris HSP48908/883 is a high speed Two Dimensional Convolver which provides a single chip implementation of a video data rate 3 x 3 kernel convolution on two dimensional
|
OCR Scan
|
HSP48908/883
HSP48908/883
MIL-STD-883
POUT17
POUT15
100kHz
F10/2,
|
PDF
|