comp.dsp

• Thread Index

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• Re: fft and loss of samples
  • From: stefan_k
• Re: fft and loss of samples
  • From: stefan_k
• Re: Seperating different channels using poly phase
  • From: Eric Jacobsen
• Re: problem with fft on autocorrelation data
  • From: Rune Allnor
• Re: fft and loss of samples
  • From: Fred Marshall
• Re: Some maths help in a ebook
  • From: Randy Yates
• Re: IEEE: affordability and relevance
  • From: gyansorova
• Re: problem with fft on autocorrelation data
  • From: julius
• Re: problem with fft on autocorrelation data
  • From: Oli Charlesworth
• Re: fft and loss of samples
  • From: Andor
• problem with fft on autocorrelation data
  • From: acc
• Some maths help in a ebook
  • From: memorymentor
• Re: Anti-Aliasing filter
  • From: Rune Allnor
• Anti-Aliasing filter
  • From: gyansorova
• Re: fft and loss of samples
  • From: Rune Allnor
• interface between two different rate modules
  • From: khurram712
• Re: FFT Size calculation.
  • From: Ron N.
• Re: fft and loss of samples
  • From: dbd
• Re: LMS in C code needed
  • From: John Herman
• Re: Recovering Signal after Spectral Subtraction
  • From: Gerry
• Re: Solutions for DSP to PC transfer?
  • From: fizteh89
• Re: code for smoothening noisy data
  • From: John Herman
• Re: global minium
  • From: Philip Martel
• Re: Phonemes and FFT (or any other transform good for sound)
  • From: John Herman
• fft and loss of samples
  • From: stefan_k
• Re: Solutions for DSP to PC transfer?
  • From: Randy Yates
• Re: Phonemes and FFT (or any other transform good for sound)
  • From: Andor
• Re: McASP Initialisation on C6713
  • From: TigerMatze
• Re: McASP Initialisation on C6713
  • From: TigerMatze
• Re: Solutions for DSP to PC transfer?
  • From: Vladimir Vassilevsky
• Re: Solutions for DSP to PC transfer?
  • From: David Bonnell
• Re: Numerically Computing Impulse Response from Power Frequency Response
  • From: julius
• Solutions for DSP to PC transfer?
  • From: David Bonnell
• Re: LMS in C code needed
  • From: Vladimir Vassilevsky
• Re: LMS in C code needed
  • From: Bergen
• Re: Complex baseband
  • From: Tim Wescott
• Re: LMS in C code needed
  • From: Tim Wescott
• Re: Numerically Computing Impulse Response from Power Frequency Response
  • From: susheemg@xxxxxxxxx
• Re: Complex baseband
  • From: Vladimir Vassilevsky
• Re: Numerically Computing Impulse Response from Power Frequency Response
  • From: susheemg@xxxxxxxxx
• Re: Seperating different channels using poly phase
  • From: Jerry Avins
• Re: LMS in C code needed
  • From: Bergen
• Re: Seperating different channels using poly phase
  • From: Eric Jacobsen
• Re: FFT Size calculation.
  • From: PARTICLEREDDY (STRAYDOG)
• Re: bit error probability for 7,4 Hamming
  • From: Eric Jacobsen
• Re: LMS in C code needed
  • From: julius
• Re: Numerically Computing Impulse Response from Power Frequency Response
  • From: julius
• Re: LMS in C code needed
  • From: Bergen
• Re: LMS in C code needed
  • From: Tim Wescott
• Re: Numerically Computing Impulse Response from Power Frequency Response
  • From: Tim Wescott
• Re: MFCC
  • From: Jerry Avins
• Re: LMS in C code needed
  • From: Bergen
• Numerically Computing Impulse Response from Power Frequency Response
  • From: susheemg@xxxxxxxxx
• Re: Join me
  • From: EMUKING
• Re: Join me
  • From: EMUKING
• Re: Join me
  • From: EMUKING
• Re: Join me
  • From: EMUKING
• Re: Join me
  • From: EMUKING
• Re: Join me
  • From: EMUKING
• Re: Join me
  • From: EMUKING
• Re: Join me
  • From: EMUKING
• Re: Join me
  • From: EMUKING
• Re: Join me
  • From: EMUKING
• Re: Join me
  • From: EMUKING
• Re: Join me
  • From: EMUKING
• Re: Join me
  • From: EMUKING
• Join me
  • From: EMUKING
• Re: global minium
  • From: Clay
• Re: Why Wiener?
  • From: Rune Allnor
• Embedded Systems Event - Cambridge, UK 3rd May
  • From: Richard13
• Re: Why Wiener?
  • From: julius
• Re: add new libraries
  • From: salaria
• MFCC
  • From: joan.ann
• Re: Why Wiener?
  • From: Rune Allnor
• TMS320F240 flash program via JTAG
  • From: robidp
• code for smoothening noisy data
  • From: kishorehanani
• code for smoothening noisy data
  • From: kishorehanani
• LMS in C code needed
  • From: Bergen
• Re: IEEE: affordability and relevance
  • From: smart
• Re: Complex baseband
  • From: Randy Yates
• Re: Complex baseband
  • From: Tim Wescott
• IEEE: affordability and relevance
  • From: David Gelbart
• Complex baseband
  • From: morpheus
• Why Wiener?
  • From: gyansorova
• Re: Lost with direct-form filter equations (inverting)
  • From: Robert Orban
• Re: FFT Size calculation.
  • From: Marcel Müller
• Re: global minium
  • From: Scott Seidman
• Re: global minium
  • From: Scott Seidman
• Re: global minium
  • From: Rune Allnor
• Re: global minium
  • From: Jerry Avins
• Re: TPS Decoding in DVB T/H
  • From: volkerjiang
• Problem with DSP C6713
  • From: Miloslav Hůla
• Re: TPS Decoding in DVB T/H
  • From: julius
• Re: global minium
  • From: Tom
• Re: OT Ping Rune
  • From: Rune Allnor
• Re: global minium
  • From: Rune Allnor
• Re: FFT Size calculation.
  • From: Toygar
• Re: FFT Size calculation.
  • From: NewLine
• Re: FFT Size calculation.
  • From: Toygar
• Re: FFT Size calculation.
  • From: cincydsp
• FFT Size calculation.
  • From: toygar . ozturk
• Re: add new libraries
  • From: cincydsp
• Re: global minium
  • From: Vladimir Vassilevsky
• TPS Decoding in DVB T/H
  • From: volkerjiang
• TPS Decoding in DVB T/H
  • From: volkerjiang
• Re: global minium
  • From: Vladimir Vassilevsky
• Re: global minium
  • From: Vladimir Vassilevsky
• Re: global minium
  • From: Jerry Avins
• Re: add new libraries
  • From: Jerry Avins
• Re: global minium
  • From: Jerry Avins
• add new libraries
  • From: dora
• Re: Lost with direct-form filter equations (inverting)
  • From: Martin Eisenberg
• Re: Rayleigh Channel Simulation
  • From: raghs
• Re: Maximum value of a spherical harmonic
  • From: glowkeeper
• Re: global minium
  • From: techie
• global minium
  • From: RUCHI
• SPI-EEPROM read problem with F2812
  • From: techie
• Re: Recovering Signal after Spectral Subtraction
  • From: dbd
• Re: bit error probability for 7,4 Hamming
  • From: Steve Underwood
• Re: bit error probability for 7,4 Hamming
  • From: Jerry Avins
• Re: bit error probability for 7,4 Hamming
  • From: Steve Underwood
• Re: Lost with direct-form filter equations (inverting)
  • From: Robert Orban
• Re: bit error probability for 7,4 Hamming
  • From: Jerry Avins
• Re: how to retrieve image from google
  • From: glen herrmannsfeldt
• Re: bit error probability for 7,4 Hamming
  • From: Clay
• Re: bit error probability for 7,4 Hamming
  • From: Jerry Avins
• Re: bit error probability for 7,4 Hamming
  • From: Vladimir Vassilevsky
• Re: bit error probability for 7,4 Hamming
  • From: Andor
• Re: bit error probability for 7,4 Hamming
  • From: Vladimir Vassilevsky
• Re: Recovering Signal after Spectral Subtraction
  • From: Rune Allnor
• Re: OT Ping Rune
  • From: Rune Allnor
• Re: bit error probability for 7,4 Hamming
  • From: Steve Underwood
• Re: correlation results
  • From: julius
• Re: analog circuit modeling
  • From: julius
• Re: Recovering Signal after Spectral Subtraction
  • From: julius
• Recovering Signal after Spectral Subtraction
  • From: waheed2nice
• Re: All Pass Filter design
  • From: bobthebullet990
• Re: AGC in audio conference
  • From: Vladimir Vassilevsky
• Re: 4MB flash interface to DM641?
  • From: Jerry Avins
• Re: analog circuit modeling
  • From: Jerry Avins
• Re: Maximum value of a spherical harmonic
  • From: Clay
• All Pass Filter design
  • From: bobthebullet990
• Calculation of bandwidth for plotting on coherency figures
  • From: MikePM
• Re: Maximum value of a spherical harmonic
  • From: glowkeeper
• Re: 4MB flash interface to DM641?
  • From: vishnus
• Re: correlation results
  • From: salaria
• Re: analog circuit modeling
  • From: JimHugh
• Re: analog circuit modeling
  • From: Jerry Avins
• analog circuit modeling
  • From: JimHugh
• Re: butterworth filter
  • From: Jerry Avins
• Re: Single Channel Noise Reduction algorithms/code for Digital Hearing Aid
  • From: David Gelbart
• Re: correlation results
  • From: Fred Marshall
• correlation results
  • From: amit_abs_99
• Re: butterworth filter
  • From: Hardy . Spicer
• Re: Strategy for making a digital filter out of an analog one...
  • From: Tim Wescott
• Strategy for making a digital filter out of an analog one...
  • From: robert . bielik
• Re: AGC in audio conference
  • From: hech1
• Re: AGC in audio conference
  • From: Vladimir Vassilevsky
• AGC in audio conference
  • From: hech1
• Re: Reed Solomon code in C required
  • From: abracadabra
• Re: Reed Solomon code in C required
  • From: cpope
• Re: Maximum value of a spherical harmonic
  • From: Clay
• Re: Wiener solution for equalization
  • From: julius
• Re: Convolutional (de)interleaving, how do I deal with the initial values?
  • From: news reader
• Re: Single Channel Noise Reduction algorithms/code for Digital Hearing Aid
  • From: Martin Hammer
• Re: Seperating different channels using poly phase
  • From: pompano
• Single Channel Noise Reduction algorithms/code for Digital Hearing Aid
  • From: waheed2nice
• Re: 2D Phase Unwrapping Software
  • From: wallerlaura
• Reed Solomon code in C required
  • From: amitguptaa2000
• Re: Seperating different channels using poly phase
  • From: Jerry Avins
• butterworth filter
  • From: madrid
• Re: Wiener solution for equalization
  • From: cincydsp
• Re: Seperating different channels using poly phase
  • From: cincydsp
• Re: EDMA Interrupt Problem
  • From: edwin82
• Maximum value of a spherical harmonic
  • From: glowkeeper
• Re: Running uCLinux on Blackfin - custom board
  • From: ivanatora
• Re: OT Ping Rune
  • From: Andreas Hünnebeck
• Re: Seperating different channels using poly phase
  • From: julius
• Re: Wiener solution for equalization
  • From: Hardy . Spicer
• Re: Seperating different channels using poly phase
  • From: Fred Marshall
• Re: Euler integration
  • From: Peter Nachtwey
• Seperating different channels using poly phase
  • From: mans
• Re: how to retrieve image from google
  • From: PARTICLEREDDY (STRAYDOG)
• Re: QAM Modulator & Demodulator Design Using Matlab
  • From: julius
• Re: OT Ping Rune
  • From: Rune Allnor
• Re: EDMA Interrupt Problem
  • From: PARTICLEREDDY (STRAYDOG)
• Re: QAM Modulator & Demodulator Design Using Matlab
  • From: bangash
• Re: Euler integration
  • From: Jhoberg
• Re: QAM Modulator & Demodulator Design Using Matlab
  • From: julius
• QAM Modulator & Demodulator Design Using Matlab
  • From: bangash
• Re: OT Ping Rune
  • From: Andreas Huennebeck
• Re: channel capacity for band-limited Gaussian channel
  • From: julius
• Re: Euler integration
  • From: Peter Nachtwey
• DSP Engineer job opportunties
  • From: megan.filippi@xxxxxxxxxxx
• Re: Running uCLinux on Blackfin - custom board
  • From: Gary Marsh
• Re: ### Signal To Noise Ratio Measurements
  • From: sspano01
• Re: Wiener solution for equalization
  • From: julius
• Re: ### Signal To Noise Ratio Measurements
  • From: Vladimir Vassilevsky
• Re: List of DSP Employers on DSPRelated.com
  • From: Ikaro
• Re: Audio Compression
  • From: Richard Dobson
• List of DSP Employers on DSPRelated.com
  • From: stephaneb
• Wiener solution for equalization
  • From: Richard_K
• Re: Euler integration
  • From: Clay
• Re: Convolutional (de)interleaving, how do I deal with the initial values?
  • From: Colin Paul Gloster
• Re: Audio Compression
  • From: salaria
• Re: OT Ping Rune
  • From: Rune Allnor
• Convolutional (de)interleaving, how do I deal with the initial values?
  • From: news reader
• Re: how to retrieve image from google
  • From: Jerry Avins
• Re: Audio Compression
  • From: Jerry Avins
• Re: Architecture for Gaussian
  • From: Oli Charlesworth
• Re: Architecture for Gaussian
  • From: jiou0962
• Re: Architecture for Gaussian
  • From: Oli Charlesworth
• EDMA Interrupt Problem
  • From: edwin82
• Architecture for Gaussian
  • From: jiou0962
• Re: Running uCLinux on Blackfin - custom board
  • From: Andreas Huennebeck
• Re: OT Ping Rune
  • From: Andreas Huennebeck
• Re: Running uCLinux on Blackfin - custom board
  • From: ivanatora
• Re: soft bit metric
  • From: khurram712
• how to retrieve image from google
  • From: mariociliaattard@xxxxxxxxx
• Re: Euler integration
  • From: Peter Nachtwey
• Re: Audio Compression
  • From: Udhay
• Re: Problem with CCS v3.3
  • From: Greg
• Re: Euler integration
  • From: Jhoberg
• Re: Euler integration
  • From: Clay
• Re: relocation error at compile time when using EDMA on C6416 DSK board.
  • From: kalvala rao
• Re: Audio Compression
  • From: robert bristow-johnson
• Audio Compression
  • From: Udhay
• Re: Euler integration
  • From: robert bristow-johnson
• Re: overlap in the frequency domain
  • From: gary njp
• Euler integration
  • From: Jhoberg
• Digital Filter using Convolution for two signals 10Hz and 60Hz.
  • From: Jhoberg
• Engineering Job Available!
  • From: mike
• Re: bit error probability for 7,4 Hamming
  • From: Eric Jacobsen
• Re: z transform of a digital filter
  • From: Hardy . Spicer
• Re: z transform of a digital filter
  • From: Tim Wescott
• Re: How to Recover the the Carrier Signal from SSB Transmitted Signal?
  • From: John Herman
• Re: Running uCLinux on Blackfin - custom board
  • From: Andor
• Booting omap 2430 with linux
  • From: ARoy
• Re: How to Recover the the Carrier Signal from SSB Transmitted Signal?
  • From: Jerry Avins
• How to Recover the the Carrier Signal from SSB Transmitted Signal?
  • From: bangash
• Re: Beamforming and MRC basics
  • From: Rune Allnor
• Re: z transform of a digital filter
  • From: Hardy . Spicer
• Re: Beamforming and MRC basics
  • From: PARTICLEREDDY (STRAYDOG)
• Re: Q: Techniques for FIR preloading/seeding?
  • From: John Herman
• Re: overlap in the frequency domain
  • From: gary njp
• Re: channel capacity for band-limited Gaussian channel
  • From: Randy Yates
• Re: Help needed - compute convolution kernel from a frequency filter
  • From: stevenj
• Re: z transform of a digital filter
  • From: Jerry Avins
• Re: Help needed - compute convolution kernel from a frequency filter
  • From: boiacan
• Re: Beamforming and MRC basics
  • From: John Herman
• Re: Help needed - compute convolution kernel from a frequency filter
  • From: Bo
• Re: channel capacity for band-limited Gaussian channel
  • From: DSP
• Re: z transform of a digital filter
  • From: Hardy . Spicer
• Help needed - compute convolution kernel from a frequency filter
  • From: boiacan
• ### Signal To Noise Ratio Measurements
  • From: sspano01
• relocation error at compile time when using EDMA on C6416 DSK board.
  • From: kalvala rao
• Problem with CCS v3.3
  • From: sdses
• z transform of a digital filter
  • From: su
• Re: What is real-time?
  • From: Andor
• Running uCLinux on Blackfin - custom board
  • From: ivanatora
• Re: overlap in the frequency domain
  • From: Andor
• Re: overlap in the frequency domain
  • From: Rune Allnor
• Re: channel capacity for band-limited Gaussian channel
  • From: Randy Yates
• Re: overlap in the frequency domain
  • From: Jerry Avins
• channel capacity for band-limited Gaussian channel
  • From: bo . zhang0609
• Re: overlap in the frequency domain
  • From: gary njp
• Re: overlap in the frequency domain
  • From: Jerry Avins
• Re: Difference between maximum ratio combing and adaptive beamforming
  • From: dgse
• overlap in the frequency domain
  • From: gary njp
• Re: EDMA Event-Triggered Synchronization
  • From: edwin82
• Re: OT Ping Rune
  • From: Rune Allnor
• Re: OT Ping Rune
  • From: robert bristow-johnson
• Re: OT Ping Rune
  • From: Tim Wescott
• Re: OT Ping Rune
  • From: Rune Allnor
• Re: Difference between maximum ratio combing and adaptive beamforming
  • From: dbd
• Looking For Engineering Job?
  • From: Cindy
• Re: Noise Removal - any ideas???
  • From: maury
• Re: What is real-time?
  • From: robert bristow-johnson
• Re: What is real-time?
  • From: glen herrmannsfeldt
• Re: bit error probability for 7,4 Hamming
  • From: Vladimir Vassilevsky
• Re: Beamforming and MRC basics
  • From: Zeph80
• OT Ping Rune
  • From: Jerry Avins
• Re: Beamforming and MRC basics
  • From: Jerry Avins
• Re: Beamforming and MRC basics
  • From: Zeph80
• Re: bit error probability for 7,4 Hamming
  • From: Clay
• Re: bit error probability for 7,4 Hamming
  • From: Vladimir Vassilevsky
• Re: What is real-time?
  • From: Andor
• Re: Difference between maximum ratio combing and adaptive beamforming
  • From: Mike Yarwood
• bit error probability for 7,4 Hamming
  • From: Sangrey
• Re: TI Assembly code problems
  • From: Greg
• Need selftest routine for TMS320C3x or C4x
  • From: foxapple
• Re: Difference between maximum ratio combing and adaptive beamforming
  • From: julius
• Re: What is real-time?
  • From: Randy Yates
• Re: digital integration algorithm
  • From: Vladimir Vassilevsky
• OT What is real-time?
  • From: Jerry Avins
• Re: How do I address convolutional interleaver using memory instead of registers.
  • From: Ken Asbury
• Re: TI Assembly code problems
  • From: salaria
• Re: How do I address convolutional interleaver using memory instead of registers.
  • From: news reader
• Re: How do I address convolutional interleaver using memory instead of registers.
  • From: Ken Asbury
• Re: EDMA Event-Triggered Synchronization
  • From: Brad Griffis
• Re: DSD 1796
  • From: Himlam8484
• Re: Difference between maximum ratio combing and adaptive beamforming
  • From: dgse
• Re: soft bit metric
  • From: Steve Underwood
• Re: What is real-time?
  • From: Steve Underwood
• Re: What is real-time?
  • From: Steve Underwood
• Re: What is real-time?
  • From: Steve Underwood
• Flashing code onto BF533 with USBLAN EZ extender
  • From: maddy
• Re: Difference between maximum ratio combing and adaptive beamforming
  • From: Rune Allnor
• Re: digital integration algorithm
  • From: minfitlike
• Re: digital integration algorithm
  • From: Tim Wescott
• digital integration algorithm
  • From: Steve
• Re: EDMA Event-Triggered Synchronization
  • From: edwin82
• Difference between maximum ratio combing and adaptive beamforming
  • From: dgse
• Re: accessing memory addresses using C
  • From: Vladimir Vassilevsky
• Re: What is real-time?
  • From: Jerry Avins
• Re: soft bit metric
  • From: Jerry Avins
• Re: Accuracy of Fixed-Point Frequency-Domain Filtering
  • From: Ron N.
• Re: Accuracy of Fixed-Point Frequency-Domain Filtering
  • From: robert bristow-johnson
• Re: Accuracy of Fixed-Point Frequency-Domain Filtering
  • From: Ron N.
• Re: What is real-time?
  • From: Ron N.
• Re: soft bit metric
  • From: julius
• Re: soft bit metric
  • From: julius
• Re: accessing memory addresses using C
  • From: Stefan Reuther
• Re: What is real-time?
  • From: robert bristow-johnson
• Re: What is real-time?
  • From: Andor
• Re: Noise Removal - any ideas???
  • From: Andor
• Re: accessing memory addresses using C
  • From: Vladimir Vassilevsky
• Re: accessing memory addresses using C
  • From: Stefan Reuther
• Re: What is real-time?
  • From: Randy Yates
• Re: How do I address convolutional interleaver using memory instead of registers.
  • From: Jerry Avins
• Re: What is real-time?
  • From: Scott Seidman
• Re: THD+N
  • From: Clyde
• Re: qpsk viterbi decoding
  • From: julius
• Re: What is real-time?
  • From: Randy Yates
• Re: How do I address convolutional interleaver using memory instead of registers.
  • From: news reader
• Re: What is real-time?
  • From: Randy Yates
• Re: What is real-time?
  • From: Randy Yates
• Re: What is real-time?
  • From: Andor
• Re: What is real-time?
  • From: Randy Yates
• Re: THD+N
  • From: Helmut Sennewald
• Re: Noise Removal - any ideas???
  • From: matque
• Re: What is real-time?
  • From: Scott Seidman
• Re: What is real-time?
  • From: Randy Yates
• Re: accessing memory addresses using C
  • From: Vladimir Vassilevsky
• Re: How do I address convolutional interleaver using memory instead of registers.
  • From: Jerry Avins
• Re: What is real-time?
  • From: Andor
• Re: 4MB flash interface to DM641?
  • From: Gary Marsh
• Re: What is real-time?
  • From: Scott Seidman
• Re: What is real-time?
  • From: Jerry Avins
• Re: What is real-time?
  • From: Andor
• Re: What is real-time?
  • From: Rune Allnor
• Re: How do I address convolutional interleaver using memory instead of registers.
  • From: news reader
• Re: How do I address convolutional interleaver using memory instead of registers.
  • From: news reader
• Re: Generating 1/f^2 and 1/f^3 noise
  • From: Michel Rouzic
• Re: How do I address convolutional interleaver using memory instead of registers.
  • From: Jerry Avins
• Re: THD+N
  • From: Clyde
• Re: What is real-time?
  • From: Randy Yates
• Re: 4MB flash interface to DM641?
  • From: Jerry Avins
• Re: What is real-time?
  • From: Rune Allnor
• Re: What is real-time?
  • From: Jerry Avins
• How do I address convolutional interleaver using memory instead of registers.
  • From: news reader
• Re: What is real-time?
  • From: Scott Seidman
• Re: Noise Removal - any ideas???
  • From: Michel Rouzic
• Re: 4MB flash interface to DM641?
  • From: Brad Griffis
• Re: What is real-time?
  • From: Andor
• Re: What is real-time?
  • From: Randy Yates
• Re: What is real-time?
  • From: Andor
• Re: What is real-time?
  • From: Rune Allnor
• Re: What is real-time?
  • From: Rune Allnor
• Re: EDMA Event-Triggered Synchronization
  • From: Brad Griffis
• Re: What is real-time?
  • From: Randy Yates
• Re: Accuracy of Fixed-Point Frequency-Domain Filtering
  • From: Randy Yates
• Re: What is real-time?
  • From: Andor
• Re: Help with Remez function in Scilab...
  • From: ctulk
• 4MB flash interface to DM641?
  • From: vishnus
• soft bit metric
  • From: khurram712
• Re: Noise Removal - any ideas???
  • From: Rune Allnor
• Noise Removal - any ideas???
  • From: matque
• Re: Symmetric Wiener Filter
  • From: Rune Allnor
• Re: Symmetric Wiener Filter
  • From: Andor
• Re: What is real-time?
  • From: Rune Allnor
• Re: Interpolation of versions of an image at different resolutions
  • From: Michel Rouzic
• Re: What is real-time?
  • From: Andor
• Re: What is real-time?
  • From: Steve Underwood
• Re: What is real-time?
  • From: Andreas Huennebeck
• Re: accessing memory addresses using C
  • From: Andreas Huennebeck
• Re: accessing memory addresses using C
  • From: Andreas Huennebeck
• Re: accessing memory addresses using C
  • From: Andor
• Re: What is real-time?
  • From: Andor
• Re: accessing memory addresses using C
  • From: Andreas Huennebeck
• Re: Accuracy of Fixed-Point Frequency-Domain Filtering
  • From: Andrew Reilly
• Re: What is real-time?
  • From: Rune Allnor
• Re: Accuracy of Fixed-Point Frequency-Domain Filtering
  • From: Andor
• What is real-time?
  • From: minfitlike
• Re: MATLAB /SIMULINK question
  • From: Rune Allnor
• MATLAB /SIMULINK question
  • From: Bryan
• Re: Accuracy of Fixed-Point Frequency-Domain Filtering
  • From: Rune Allnor
• qpsk viterbi decoding
  • From: khurram712
• Re: Polyphase filter questions
  • From: Fred Marshall
• Re: Help with Remez function in Scilab...
  • From: Kumar Appaiah
• Re: Polyphase filter questions
  • From: Jerry Avins
• Re: Accuracy of Fixed-Point Frequency-Domain Filtering
  • From: Jerry Avins
• Help with Remez function in Scilab...
  • From: ctulk
• Re: THD+N
  • From: Vladimir Vassilevsky
• Re: THD+N
  • From: Clyde
• Re: THD+N
  • From: Helmut Sennewald
• Re: Polyphase filter questions
  • From: Fred Marshall
• Re: Accuracy of Fixed-Point Frequency-Domain Filtering
  • From: Andor
• Re: Clustering / Classification
  • From: PARTICLEREDDY (STRAYDOG)
• Re: accessing memory addresses using C
  • From: Stefan Reuther
• Re: accessing memory addresses using C
  • From: Vladimir Vassilevsky
• Re: accessing memory addresses using C
  • From: Jerry Avins
• Re: Polyphase filter questions
  • From: redpathdu
• Re: correlation ----help
  • From: julius
• Re: accessing memory addresses using C
  • From: Vladimir Vassilevsky
• Re: accessing memory addresses using C
  • From: Randy Yates
• EDMA Event-Triggered Synchronization
  • From: edwin82
• Re: accessing memory addresses using C
  • From: Andreas Huennebeck
• Re: accessing memory addresses using C
  • From: jleslie48
• Re: fixed point issue inSRC
  • From: Andor
• Re: accessing memory addresses using C
  • From: Vladimir Vassilevsky
• correlation ----help
  • From: aurel
• Re: Polyphase filter questions
  • From: Jerry Avins
• Re: newbie just getting started, and I'm stuck on setup ccstudio v3.3 already.
  • From: jleslie48
• Re: TI Assembly code problems
  • From: Greg
• Re: traceback
  • From: sampson164
• Re: TI Assembly code problems
  • From: Brad Griffis
• Re: Symmetric Wiener Filter
  • From: Rune Allnor
• traceback
  • From: khurram712
• Symmetric Wiener Filter
  • From: Wiz
• Re: H.263
  • From: Raghuram
• TI Assembly code problems
  • From: salaria
• Re: accessing memory addresses using C
  • From: Andreas Huennebeck
• Re: Accuracy of Fixed-Point Frequency-Domain Filtering
  • From: Andor
• Re: Polyphase filter questions
  • From: Fred Marshall
• Re: fixed point issue inSRC
  • From: srikk
• Re: fixed point issue inSRC
  • From: srikk
• Re: Third Octave Equalizer
  • From: glen herrmannsfeldt
• Re: Accuracy of Fixed-Point Frequency-Domain Filtering
  • From: Randy Yates
• Re: Accuracy of Fixed-Point Frequency-Domain Filtering
  • From: Andrew Reilly
• Re: Accuracy of Fixed-Point Frequency-Domain Filtering
  • From: Andrew Reilly
• Re: Accuracy of Fixed-Point Frequency-Domain Filtering
  • From: Andrew Reilly
• Re: Accuracy of Fixed-Point Frequency-Domain Filtering
  • From: Andrew Reilly
• Re: comparing audio signals to determine delay
  • From: F.B. Uijtdewilligen
• Re: Accuracy of Fixed-Point Frequency-Domain Filtering
  • From: Paul Russell
• Re: Accuracy of Fixed-Point Frequency-Domain Filtering
  • From: Randy Yates
• Re: BER for QAM
  • From: aamer
• Re: Accuracy of Fixed-Point Frequency-Domain Filtering
  • From: Jerry Avins
• Re: accessing memory addresses using C
  • From: Noway2
• Re: accessing memory addresses using C
  • From: Stefan Reuther
• Re: comparing audio signals to determine delay
  • From: Ikaro
• Re: THD+N
  • From: Clyde
• Re: Accuracy of Fixed-Point Frequency-Domain Filtering
  • From: robert bristow-johnson
• Re: comparing audio signals to determine delay
  • From: robert bristow-johnson
• question about using CCS3.1
  • From: tanyeun
• Re: Accuracy of Fixed-Point Frequency-Domain Filtering
  • From: Randy Yates
• Re: Accuracy of Fixed-Point Frequency-Domain Filtering
  • From: robert bristow-johnson
• tilt compensation filter design
  • From: dtsao
• Re: Accuracy of Fixed-Point Frequency-Domain Filtering
  • From: Randy Yates
• Re: THD+N
  • From: Vladimir Vassilevsky
• Re: Accuracy of Fixed-Point Frequency-Domain Filtering
  • From: robert bristow-johnson
• THD+N
  • From: Clyde
• Re: accessing memory addresses using C
  • From: Vladimir Vassilevsky
• Re: accessing memory addresses using C
  • From: Vladimir Vassilevsky
• Re: fixed point issue inSRC
  • From: Andor
• Re: accessing memory addresses using C
  • From: Stefan Reuther
• Re: fixed point issue inSRC
  • From: dbell
• Re: fixed point issue inSRC
  • From: julius
• Re: Polyphase filter questions
  • From: redpathdu
• Re: equivalent asm instructions for TMS320F2812
  • From: Vladimir Vassilevsky
• Re: accessing memory addresses using C
  • From: Vladimir Vassilevsky
• Re: Questions about TS201
  • From: Ron Huizen
• Re: equivalent asm instructions for TMS320F2812
  • From: Brad Griffis
• Re: newbie just getting started, and I'm stuck on setup ccstudio v3.3 already.
  • From: Brad Griffis
• Re: how to transform Arun's LDPC code to max-product (Min-sum)?
  • From: Sele
• Re: PID controller with second derivative?
  • From: Jerry Avins
• Re: comparing audio signals to determine delay
  • From: Jerry Avins
• fixed point issue inSRC
  • From: srikk
• fixed point issue inSRC
  • From: srikk
• Re: PID controller with second derivative?
  • From: minfitlike
• Re: Accuracy of Fixed-Point Frequency-Domain Filtering
  • From: Andor
• Re: Accuracy of Fixed-Point Frequency-Domain Filtering
  • From: Rune Allnor
• Re: Accuracy of Fixed-Point Frequency-Domain Filtering
  • From: Andrew Reilly
• Re: equivalent asm instructions for TMS320F2812
  • From: Peter Scholz
• Re: equivalent asm instructions for TMS320F2812
  • From: Korenje
• Re: comparing audio signals to determine delay
  • From: minfitlike
• Re: accessing memory addresses using C
  • From: Andreas Huennebeck
• Re: comparing audio signals to determine delay
  • From: Andreas Huennebeck
• Re: Third Octave Equalizer
  • From: jtp_1960
• equivalent asm instructions for TMS320F2812
  • From: techie
• Re: accessing memory addresses using C
  • From: Donald
• Re: accessing memory addresses using C
  • From: techie
• accessing memory addresses using C
  • From: techie
• Re: Accuracy of Fixed-Point Frequency-Domain Filtering
  • From: robert bristow-johnson
• Re: Some 21161 EZ Kit questions
  • From: Lord DSP
• Accuracy of Fixed-Point Frequency-Domain Filtering
  • From: Randy Yates
• Re: Polyphase filter questions
  • From: Fred Marshall
• Re: Third Octave Equalizer
  • From: Dirk Bruere at NeoPax
• Re: comparing audio signals to determine delay
  • From: robert bristow-johnson
• Re: 16 bit stereo Audio to 8 Bit Mono
  • From: Randy Yates
• Re: 16 bit stereo Audio to 8 Bit Mono
  • From: Jerry Avins
• Re: comparing audio signals to determine delay
  • From: naebad
• Re: short term estimate
  • From: naebad
• Re: 16 bit stereo Audio to 8 Bit Mono
  • From: Martin Blume
• Re: comparing audio signals to determine delay
  • From: Jerry Avins
• Re: 16 bit stereo Audio to 8 Bit Mono
  • From: Jerry Avins
• newbie just getting started, and I'm stuck on setup ccstudio v3.3 already.
  • From: jleslie48
• Re: comparing audio signals to determine delay
  • From: F.B. Uijtdewilligen
• 16 bit stereo Audio to 8 Bit Mono
  • From: kingdavid3
• Re: ADC for Multi-standerd Wirreless communication
  • From: julius
• Re: Cutting and Resampling
  • From: kingdavid3
• Questions about TS201
  • From: twanlay123
• Re: Cutting and Resampling
  • From: Jerry Avins
• Re: Hey Vlad! -- Efficient Multitone Detection
  • From: Vladimir Vassilevsky
• Cutting and Resampling
  • From: kingdavid3
• Re: comparing audio signals to determine delay
  • From: robert bristow-johnson
• Re: Polyphase filter questions
  • From: redpathdu
• Hey Vlad! -- Efficient Multitone Detection
  • From: Tim Wescott
• Re: PID controller with second derivative?
  • From: Tim Wescott
• inverse of magnitude
  • From: Tom
• Re: short term estimate
  • From: Ikaro
• Re: short term estimate
  • From: Ikaro
• Re: short term estimate
  • From: Ikaro
• Re: PID controller with second derivative?
  • From: Peter Nachtwey
• Re: Digital PLL acquisition problem
  • From: Vladimir Vassilevsky
• Re: Effect of Reducing Gain During a Sample
  • From: jecottrell65
• H.263
  • From: karunesh
• Re: PID controller with second derivative?
  • From: Jerry Avins
• short term estimate
  • From: d.pal
• Re: PID controller with second derivative?
  • From: Jerry Avins
• problem solving spectral roll off equation in matlab
  • From: jarvis0213
• comparing audio signals to determine delay
  • From: F.B. Uijtdewilligen
• Re: Digital PLL acquisition problem
  • From: patrick . melet
• Re: PID controller with second derivative?
  • From: minfitlike
• Re: PID controller with second derivative?
  • From: minfitlike
• Re: Effect of Reducing Gain During a Sample
  • From: Andreas Huennebeck
• Re: Calculating SNR of an acoustic signal
  • From: Rune Allnor
• Re: Some 21161 EZ Kit questions
  • From: Andor
• Clustering / Classification
  • From: Nadav
• Re: Calculating SNR of an acoustic signal
  • From: Jerry Avins
• Re: Effect of Reducing Gain During a Sample
  • From: Tim Wescott
• Re: Calculating SNR of an acoustic signal
  • From: John Herman
• Effect of Reducing Gain During a Sample
  • From: jecottrell65
• Re: Low pass filtration of white noise
  • From: Ikaro
• Re: Low pass filtration of white noise
  • From: Ikaro
• Re: Low pass filtration of white noise
  • From: Tim Wescott
• Re: Low pass filtration of white noise
  • From: Tim Wescott
• Re: Low pass filtration of white noise
  • From: runech
• Re: Generating 1/f^2 and 1/f^3 noise
  • From: Andor
• Re: noise removal
  • From: John Herman
• Re: OFDM Code---Not acheiving orthogonality after IFFT
  • From: awais
• Re: Low pass filtration of white noise
  • From: Randy Yates
• Re: Low pass filtration of white noise
  • From: runech
• Re: Low pass filtration of white noise
  • From: Jerry Avins
• Re: Low pass filtration of white noise
  • From: Jerry Avins
• Re: Low pass filtration of white noise
  • From: Randy Yates
• Re: Low pass filtration of white noise
  • From: Randy Yates
• Re: How to let the Toeplitz Matrix Seperate in H0&H1 in matlab
  • From: ericknightX
• Clique
  • From: Giper
• Re: Low pass filtration of white noise
  • From: runech
• Re: Low pass filtration of white noise
  • From: Oli Charlesworth
• Re: Low pass filtration of white noise
  • From: Rune Allnor
• Re: Low pass filtration of white noise
  • From: Rune Allnor
• Re: wavread function in MATLAB.
  • From: Fabien Petitgrand
• Re: wavread function in MATLAB.
  • From: Fabien Petitgrand
• Re: Low pass filtration of white noise
  • From: runech
• Modulator implementation in a dsp
  • From: rifo
• Re: Low pass filtration of white noise
  • From: Oli Charlesworth
• Re: Low pass filtration of white noise
  • From: Jerry Avins
• Re: OFDM Code---Not acheiving orthogonality after IFFT
  • From: Oli Charlesworth
• Re: Generating 1/f^2 and 1/f^3 noise
  • From: Jerry Avins
• Re: Diffusion using convolution
  • From: Andor
• Re: Generating 1/f^2 and 1/f^3 noise
  • From: Andor
• Re: Generating 1/f^2 and 1/f^3 noise
  • From: Andor
• Low pass filtration of white noise
  • From: nothxx
• ADC for Multi-standerd Wirreless communication
  • From: anand . vlsi
• Some 21161 EZ Kit questions
  • From: Lord DSP
• Statistica Sinica -- newly accepted articles (March 2007)
  • From: Statistica Sinica
• Re: Oversampling for noise reduction
  • From: Erik de Castro Lopo
• OFDM Code---Not acheiving orthogonality after IFFT
  • From: awais
• OFDM Code---Not acheiving orthogonality after IFFT
  • From: awais
• measuring Channel Impulse Response
  • From: awais
• Re: Oversampling for noise reduction
  • From: stevepierson
• Re: Polyphase filter questions
  • From: Fred Marshall
• Re: Oversampling for noise reduction
  • From: Jerry Avins
• Re: Oversampling for noise reduction
  • From: soar2morrow
• Re: BER for QAM
  • From: julius
• Re: need some guidence on matlab QAM Transmitter Design:
  • From: Eric Jacobsen
• TMS57070 datasheet
  • From: Przemyslaw Wegrzyn
• Re: BER for QAM
  • From: sampson164
• Re: BER for QAM
  • From: Newee_expert2000
• Re: help needed
  • From: Jerry Avins
• Re: Mixed phase deconvolution
  • From: Rune Allnor
• Re: Peak to Average Ratio
  • From: sampson164
• Mixed phase deconvolution
  • From: Andreas
• Re: help needed
  • From: dew
• Re: help needed
  • From: dew
• Re: need some guidence on matlab QAM Transmitter Design:
  • From: Richard Owlett
• Re: OT? Pushing buttons in people's minds
  • From: Alex Gibson
• Re: need some guidence on matlab QAM Transmitter Design:
  • From: Jerry Avins
• Re: need some guidence on matlab QAM Transmitter Design:
  • From: Richard Owlett
• Re: Peak to Average Ratio
  • From: dbd
• Re: Polyphase filter questions
  • From: redpathdu
• Re: Generating 1/f^2 and 1/f^3 noise
  • From: stevenj
• Re: Zero padding and the Shannon information content
  • From: Ron N.
• Re: Lost with direct-form filter equations (inverting)
  • From: Martin Eisenberg
• Re: Oversampling for noise reduction
  • From: Jerry Avins
• Re: need some guidence on matlab QAM Transmitter Design:
  • From: Rune Allnor
• ECCOMAS VipIMAGE 2007 - Abstracts Submission Period Extended in TWO WEEKS
  • From: tavares@xxxxxxxx
• Re: Zero padding and the Shannon information content
  • From: cincydsp
• Re: need some guidence on matlab QAM Transmitter Design:
  • From: Richard Owlett
• Re: Zero padding and the Shannon information content
  • From: julius
• Re: Generating 1/f^2 and 1/f^3 noise
  • From: robert bristow-johnson
• Re: Oversampling for noise reduction
  • From: stevepierson
• Re: Lost with direct-form filter equations (inverting)
  • From: Martin Eisenberg
• Re: Oversampling for noise reduction
  • From: Scott Seidman
• Re: Diffusion using convolution
  • From: Zot
• Re: Zero padding and the Shannon information content
  • From: dbd
• Re: Oversampling for noise reduction
  • From: stevepierson
• Re: Generating 1/f^2 and 1/f^3 noise
  • From: Andor
• Re: Zero padding and the Shannon information content
  • From: Dave
• Re: PID controller with second derivative?
  • From: Tim Wescott
• Re: Diffusion using convolution
  • From: Andor
• Re: PID controller with second derivative?
  • From: Jerry Avins
• Re: OFDM and ISI
  • From: Jerry Avins
• Re: help needed
  • From: Jerry Avins
• Re: Voice conversion
  • From: Jerry Avins
• Re: Zero padding and the Shannon information content
  • From: Jerry Avins
• Peak to Average Ratio
  • From: jon8spam
• need some guidence on matlab QAM Transmitter Design:
  • From: sumitav212
• Re: PID controller with second derivative?
  • From: Scott L
• Re: OFDM and ISI
  • From: Zeph80
• Re: OFDM and ISI
  • From: Zeph80
• Re: Zero padding and the Shannon information content
  • From: Jerry Avins
• Re: PID controller with second derivative?
  • From: Scott L
• Re: Voice conversion
  • From: Randy Yates
• Re: Oversampling for noise reduction
  • From: Vladimir Vassilevsky
• Re: Voice conversion
  • From: robert bristow-johnson
• Re: Oversampling for noise reduction
  • From: Tim Wescott
• Re: Oversampling for noise reduction
  • From: Scott Seidman
• Re: OFDM and ISI
  • From: Jerry Avins
• Re: Voice conversion
  • From: Randy Yates
• Re: PCA (Principal Components Analysis) Is it really adequate
  • From: Nadav
• Re: Voice conversion
  • From: robert bristow-johnson
• Re: help needed
  • From: Jerry Avins
• Oversampling for noise reduction
  • From: stevepierson
• Re: Simulating Doppler Effects for OFDM
  • From: sampson164
• Re: Digital PLL acquisition problem
  • From: Vladimir Vassilevsky
• Re: Digital PLL acquisition problem
  • From: Vladimir Vassilevsky
• Voice conversion
  • From: drathu
• Re: PID controller with second derivative?
  • From: Peter Nachtwey
• Re: Digital PLL acquisition problem
  • From: Tim Wescott
• Re: Digital PLL acquisition problem
  • From: Tim Wescott
• Re: PID controller with second derivative?
  • From: Tim Wescott
• Re: PCA (Principal Components Analysis) Is it really adequate
  • From: Ikaro
• Re: Digital PLL acquisition problem
  • From: Vladimir Vassilevsky
• Re: PID controller with second derivative?
  • From: Vladimir Vassilevsky
• Re: OFDM and ISI
  • From: idan82
• Re: Zero padding and the Shannon information content
  • From: Dave
• Re: OFDM and ISI
  • From: Zeph80
• Re: Third Octave Equalizer
  • From: uli . brueggemann
• Re: Digital PLL acquisition problem
  • From: patrick . melet
• Re: Zero padding and the Shannon information content
  • From: Dave
• Simulating Doppler Effects for OFDM
  • From: idan82
• Re: BER for QAM
  • From: Oli Charlesworth
• Re: Digital PLL acquisition problem
  • From: sampson164
• Re: Lost with direct-form filter equations (inverting)
  • From: jtp_1960
• Re: Digital PLL acquisition problem
  • From: patrick . melet
• Re: Lost with direct-form filter equations (inverting)
  • From: jtp_1960
• BER for QAM
  • From: Newee_expert2000
• Re: Digital PLL acquisition problem
  • From: patrick . melet
• Re: help needed
  • From: dew
• Re: PCA (Principal Components Analysis) Is it really adequate
  • From: Nadav
• Re: Digital PLL acquisition problem
  • From: minfitlike
• Re: Audio Effect Implementation: The Phase Shift
  • From: minfitlike
• Re: Zero padding and the Shannon information content
  • From: Randy Yates
• Re: PID controller with second derivative?
  • From: minfitlike
• Zero padding and the Shannon information content
  • From: Dave
• query regarding DSP career
  • From: immu
• Re: Generating 1/f^2 and 1/f^3 noise
  • From: alexrod7
• Third Octave Equalizer
  • From: Dirk Bruere at NeoPax
• Re: OFDM and ISI
  • From: Kumar Appaiah
• Re: Polyphase filter questions
  • From: Fred Marshall
• Re: PID controller with second derivative?
  • From: Jerry Avins
• Re: DC offset when truncating signal
  • From: Jerry Avins
• Re: Lost with direct-form filter equations (inverting)
  • From: Robert Orban
• Re: I / Q delay mismatch
  • From: Ray Andraka
• Re: DC offset when truncating signal
  • From: Randy Yates
• Re: I / Q delay mismatch
  • From: Ray Andraka
• Re: PID controller with second derivative?
  • From: Scott L
• Re: help needed
  • From: Jerry Avins
• Re: DC offset when truncating signal
  • From: Martin Eisenberg
• Re: DC offset when truncating signal
  • From: robert bristow-johnson
• Re: DC offset when truncating signal
  • From: robert bristow-johnson
• Re: DC offset when truncating signal
  • From: Martin Eisenberg
• Re: Lost with direct-form filter equations (inverting)
  • From: Martin Eisenberg
• Re: PID controller with second derivative?
  • From: Jerry Avins
• Re: help needed
  • From: dew
• Re: Digital PLL acquisition problem
  • From: sampson164
• PID controller with second derivative?
  • From: Scott L
• Re: Audio Effect Implementation: The Phase Shift
  • From: Mark
• Re: Lost with direct-form filter equations (inverting)
  • From: jtp_1960
• Re: DC offset when truncating signal
  • From: Ray Andraka
• Re: help needed
  • From: Jerry Avins
• Re: DC offset when truncating signal
  • From: Jerry Avins
• OFDM and ISI
  • From: Zeph80
• Re: Lost with direct-form filter equations (inverting)
  • From: Martin Eisenberg
• Re: Diffusion using convolution
  • From: Zot
• Re: Polyphase filter questions
  • From: redpathdu
• Re: wavread function in MATLAB.
  • From: robert bristow-johnson
• Re: Lost with direct-form filter equations (inverting)
  • From: robert bristow-johnson
• Re: Audio Effect Implementation: The Phase Shift
  • From: robert bristow-johnson
• Audio Effect Implementation: The Phase Shift
  • From: bobthebullet990
• Re: DC offset when truncating signal
  • From: robert bristow-johnson
• Re: Lost with direct-form filter equations (inverting)
  • From: Jerry Avins
• Re: Digital PLL acquisition problem
  • From: Vladimir Vassilevsky
• Re: Polyphase filter questions
  • From: Fred Marshall
• Re: Lost with direct-form filter equations (inverting)
  • From: Andor
• Re: Lost with direct-form filter equations (inverting)
  • From: Andor
• Re: Generating 1/f^2 and 1/f^3 noise
  • From: Martin Eisenberg
• Re: PCA (Principal Components Analysis) Is it really adequate
  • From: Ikaro
• help needed
  • From: dew
• Digital PLL acquisition problem
  • From: patrick . melet
• Re: Lost with direct-form filter equations (inverting)
  • From: Martin Eisenberg
• Re: Lost with direct-form filter equations (inverting)
  • From: Jerry Avins
• Re: Lost with direct-form filter equations (inverting)
  • From: Andor
• Re: Lost with direct-form filter equations (inverting)
  • From: Andor
• Re: Polyphase filter questions
  • From: redpathdu
• Re: help
  • From: sundown
• Re: Autocorrelation versus Cross-correlation
  • From: Tao
• Re: Diffusion using convolution
  • From: Andor
• PCA (Principal Components Analysis) Is it really adequate
  • From: Nadav
• Re: Polyphase filter questions
  • From: Fred Marshall
• Re: Autocorrelation versus Cross-correlation
  • From: Tao
• Re: Lost with direct-form filter equations (inverting)
  • From: jtp_1960
• Re: DC offset when truncating signal
  • From: Jerry Avins
• Re: Diffusion using convolution
  • From: Jerry Avins
• Re: Generating 1/f^2 and 1/f^3 noise
  • From: stevenj
• Re: Techniques for signal proc from a moving object and determining location
  • From: julius
• Re: How should the fractional interval of the interpolator be calculated during the switching period?
  • From: sampson164
• DC offset when truncating signal
  • From: dtsao
• Re: Polyphase filter questions
  • From: redpathdu
• Re: How should the fractional interval of the interpolator be calculated during the switching period?
  • From: robert bristow-johnson
• Techniques for signal proc from a moving object and determining location
  • From: 2006
• Re: Generating 1/f^2 and 1/f^3 noise
  • From: robert bristow-johnson
• Re: Diffusion using convolution
  • From: Zot
• Re: Diffusion using convolution
  • From: Andor
• wavread function in MATLAB.
  • From: ZikO
• Re: SC-FDMA: How the DFT block convert a SC/FDE system to SC-FDMA?
  • From: hgmyung
• signalling in E1
  • From: zultia
• help on v-blast
  • From: cpshah111
• Re: How should the fractional interval of the interpolator be calculated during the switching period?
  • From: fjwoemcu
• Re: some questions about ts201
  • From: Ron Huizen
• Re: Autocorrelation versus Cross-correlation
  • From: sampson164
• Re: DSP Software inhibit Jtag ?
  • From: Greg
• Re: Lost with direct-form filter equations (inverting)
  • From: Martin Eisenberg
• Re: Illegal operation TRAP on F2812
  • From: Brad Griffis
• Re: Output of variable known, impulse response is known, how to get input signal in matlab?
  • From: Martin Eisenberg
• Re: TI dsp library
  • From: Brad Griffis
• Re: DSP Software inhibit Jtag ?
  • From: Brad Griffis
• Re: BER in OFDM
  • From: Kumar Appaiah
• Autocorrelation versus Cross-correlation
  • From: Tao
• Re: help
  • From: minfitlike
• Re: Audio pattern matching
  • From: Andor
• Re: QMF banks in G.722
  • From: Jessecw
• Re: Illegal operation TRAP on F2812
  • From: Korenje
• Re: QMF banks in G.722
  • From: Steve Underwood
• Re: Output of variable known, impulse response is known, how to getinput signal in matlab?
  • From: jim
• Re: Generating 1/f^2 and 1/f^3 noise
  • From: alexrod7
• Re: Generating 1/f^2 and 1/f^3 noise
  • From: alexrod7
• Re: QMF banks in G.722
  • From: dbell
• Re: QMF banks in G.722
  • From: Jessecw
• Re: QMF banks in G.722
  • From: Jessecw
• Re: help
  • From: Jerry Avins
• help
  • From: sundown
• Re: QMF banks in G.722
  • From: Steve Underwood
• QMF banks in G.722
  • From: Jessecw
• Re: Output of variable known, impulse response is known, how to get input signal in matlab?
  • From: Jerry Avins
• Re: Output of variable known, impulse response is known, how to get input signal in matlab?
  • From: jim
• Re: Autocorrelation
  • From: robert bristow-johnson
• Re: How should the fractional interval of the interpolator be calculated during the switching period?
  • From: robert bristow-johnson
• Re: Back to "string matching"
  • From: glen herrmannsfeldt
• Re: Audio pattern matching
  • From: Oli Charlesworth
• How should the fractional interval of the interpolator be calculated during the switching period?
  • From: fjwoemcu
• Re: Polyphase filter questions
  • From: Jim Thomas
• Re: Generating 1/f^2 and 1/f^3 noise
  • From: andre
• Re: Lost with direct-form filter equations (inverting)
  • From: jtp_1960
• Re: autocorrelation matrix
  • From: matque
• Re: autocorrelation matrix
  • From: Rune Allnor
• Re: Generating 1/f^2 and 1/f^3 noise
  • From: robert bristow-johnson
• Re: antenna diversity gain
  • From: Karl Molnar
• Re: Generating 1/f^2 and 1/f^3 noise
  • From: stevenj
• Re: BER in OFDM
  • From: Oli Charlesworth
• Re: Output of variable known, impulse response is known, how to get input signal in matlab?
  • From: Rune Allnor
• autocorrelation matrix
  • From: matque
• Re: Output of variable known, impulse response is known, how to get input signal in matlab?
  • From: Charlie
• Re: Need DSP Gurus - So. Calif.
  • From: Tim Wescott
• DVB-H OFDM matlab Question
  • From: idan82
• Illegal operation TRAP on F2812
  • From: JimHugh
• Accessing elements of an image using C++
  • From: mickey22
• Re: SC-FDMA: How the DFT block convert a SC/FDE system to SC-FDMA?
  • From: mn
• Back to "string matching"
  • From: Jerry Avins
• Re: Audio pattern matching
  • From: dew
• Re: Audio pattern matching
  • From: dew
• OT (Was: Demodulated Noise)
  • From: Andor
• BER in OFDM
  • From: Kumar Appaiah
• Re: Initializations of Processor variables, registers in C or assembly ?? why ?
  • From: Korenje
• Re: Generating 1/f^2 and 1/f^3 noise
  • From: Andor
• Re: Demodulated Noise
  • From: Mikial Chubarov
• Re: Autocorrelation
  • From: zac
• Re: Autocorrelation
  • From: zac
• Re: Initializations of Processor variables, registers in C or assembly ?? why ?
  • From: techie
• Re: Diffusion using convolution
  • From: Zot
• some questions about ts201
  • From: twanlay123
• Re: Need DSP Gurus - So. Calif.
  • From: TechGroup
• Re: Demodulated Noise
  • From: dbd
• Re: Initializations of Processor variables, registers in C or assembly ?? why ?
  • From: Jack Klein
• Re: Line echo cancellation - conditions for freezing adaptation
  • From: eternal_nan
• Re: Need DSP Gurus - So. Calif.
  • From: Clay
• Need DSP Gurus - So. Calif.
  • From: TechGroup
• Re: TI dsp library
  • From: sampson164
• Re: multiply two signals at different speeds while avoiding images
  • From: sampson164
• Re: multiply two signals at different speeds while avoiding images
  • From: dtsao
• Re: Audio pattern matching
  • From: Ikaro
• Re: Autocorrelation
  • From: Ikaro
• Re: Autocorrelation
  • From: Ikaro
• Re: Autocorrelation
  • From: Ikaro
• Audio pattern matching
  • From: Nadav
• Audio pattern matching
  • From: Nadav
• Re: Detecting Flat Lines
  • From: Tim Wescott
• Re: Polyphase filter questions
  • From: redpathdu
• Audio pattern matching
  • From: Nadav
• Re: Detecting Flat Lines
  • From: Jerry Avins
• Re: multiply two signals at different speeds while avoiding images
  • From: Fred Marshall
• Re: Detecting Flat Lines
  • From: Jerry Avins
• Re: Polyphase filter questions
  • From: Fred Marshall
• Re: multiply two signals at different speeds while avoiding images
  • From: cincydsp
• Re: multiply two signals at different speeds while avoiding images
  • From: dtsao
• Re: Detecting Flat Lines
  • From: lakshmanan . meyyappan
• Re: multiply two signals at different speeds while avoiding images
  • From: sampson164
• Re: multiply two signals at different speeds while avoiding images
  • From: Oli Charlesworth
• Re: Output of variable known, impulse response is known, how to get input signal in matlab?
  • From: jim
• Re: orthogonality not acheived after IFFT!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
  • From: Oli Charlesworth
• multiply two signals at different speeds while avoiding images
  • From: dtsao
• Re: orthogonality not acheived after IFFT!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
  • From: awais
• Re: Detecting Flat Lines
  • From: Martin Blume
• Re: Polyphase filter questions
  • From: Fred Marshall
• Re: Initializations of Processor variables, registers in C or assembly ?? why ?
  • From: sampson164
• Re: Detecting Flat Lines
  • From: Jerry Avins
• Re: Initializations of Processor variables, registers in C or assembly ?? why ?
  • From: Jerry Avins
• Re: Polyphase filter questions
  • From: redpathdu
• Re: Polyphase filter questions
  • From: Vladimir Vassilevsky
• Re: Initializations of Processor variables, registers in C or assembly ?? why ?
  • From: Jerry Avins
• Polyphase filter questions
  • From: redpathdu
• Re: Autocorrelation
  • From: kkneo
• Detecting Flat Lines
  • From: lakshmanan . meyyappan
• Re: Generating 1/f^2 and 1/f^3 noise
  • From: stevenj
• Re: Autocorrelation
  • From: Ikaro
• Autocorrelation
  • From: Zac
• Re: Help: How to design the audio pre-emphas(J.17) filter.
  • From: Gary Marsh
• Diffusion using convolution
  • From: Zot
• V-BLAST
  • From: cpshah111
• TI dsp library
  • From: mans
• Re: IFFT feeding order in DVB-T
  • From: dirkpitt78
• Re: Initializations of Processor variables, registers in C or assembly ?? why ?
  • From: techie
• Re: Initializations of Processor variables, registers in C or assembly ?? why ?
  • From: techie
• DSP Software inhibit Jtag ?
  • From: Greg
• Re: IFFT feeding order in DVB-T
  • From: Oli Charlesworth
• Re: Initializations of Processor variables, registers in C or assembly ?? why ?
  • From: Mikial Chubarov
• Re: Generating 1/f^2 and 1/f^3 noise
  • From: Andreas Huennebeck
• IFFT feeding order in DVB-T
  • From: dirkpitt
• Re: Initializations of Processor variables, registers in C or assembly ?? why ?
  • From: Mikial Chubarov
• Demodulated Noise
  • From: Mikial Chubarov
• Initializations of Processor variables, registers in C or assembly ?? why ?
  • From: techie
• Re: can DSP be used for text/string matching
  • From: Jerry Avins
• Re: can DSP be used for text/string matching
  • From: Vladimir Vassilevsky
• Re: Generating 1/f^2 and 1/f^3 noise
  • From: Ben Bradley
• Re: can DSP be used for text/string matching
  • From: Ben Bradley
• Re: Output of variable known, impulse response is known, how to get input signal in matlab?
  • From: Jerry Avins
• Re: switch speech, music, environment
  • From: cincydsp
• Re: Output of variable known, impulse response is known, how to get input signal in matlab?
  • From: Charlie
• Re: can DSP be used for text/string matching
  • From: Jerry Avins
• Re: can DSP be used for text/string matching
  • From: julius
• Signature Recognition using DTW
  • From: Sac
• Re: can DSP be used for text/string matching
  • From: dew
• Re: can DSP be used for text/string matching
  • From: dew
• Re: switch speech, music, environment
  • From: Jerry Avins
• Re: MMSE
  • From: julius
• Re: can DSP be used for text/string matching
  • From: Jerry Avins
• Re: Quadrature tone decoder
  • From: Rick Lyons
• MMSE
  • From: aamer
• Re: Line echo cancellation - conditions for freezing adaptation
  • From: Vladimir Vassilevsky
• can DSP be used for text/string matching
  • From: dew
• Re: Line echo cancellation - conditions for freezing adaptation
  • From: Steve Underwood
• Re: Generating 1/f^2 and 1/f^3 noise
  • From: stevenj
• Line echo cancellation - conditions for freezing adaptation
  • From: eternal_nan
• switch speech, music, environment
  • From: kingdavid3
• Re: Scaling coefficients (real to integer)
  • From: Travis
• Re: Which DSP to use?
  • From: kwongchow
• Re: Scaling coefficients (real to integer)
  • From: Jerry Avins
• Re: orthogonality not acheived after IFFT!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
  • From: Oli Charlesworth
• Re: Scaling coefficients (real to integer)
  • From: Travis
• Re: Scaling coefficients (real to integer)
  • From: Randy Yates
• Re: orthogonality not acheived after IFFT!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
  • From: awais
• Re: Scaling coefficients (real to integer)
  • From: Travis
• Re: I / Q delay mismatch
  • From: sampson164
• Re: Generating 1/f^2 and 1/f^3 noise
  • From: Marc Brooker
• Re: Reed solomon-error correction
  • From: nezhate
• Re: I / Q delay mismatch
  • From: Eric Jacobsen
• Re: Scaling coefficients (real to integer)
  • From: Jerry Avins
• Re: DSD 1796
  • From: Himlam8484
• Re: Scaling coefficients (real to integer)
  • From: Randy Yates
• Re: Scaling coefficients (real to integer)
  • From: Jerry Avins
• Re: Scaling coefficients (real to integer)
  • From: Travis
• Re: I / Q delay mismatch
  • From: julius
• Re: Scaling coefficients (real to integer)
  • From: Travis
• Re: antenna diversity gain
  • From: Eric Jacobsen
• Re: DSD 1796
  • From: Gary Marsh
• Re: Quadrature tone decoder
  • From: Clay
• Re: antenna diversity gain
  • From: Jerry Avins
• Re: Quadrature tone decoder
  • From: Vladimir Vassilevsky
• Re: Reed solomon-error correction
  • From: Vladimir Vassilevsky
• Re: Quadrature tone decoder
  • From: patrick . melet
• Re: Reed solomon-error correction
  • From: Eric Jacobsen
• Re: antenna diversity gain
  • From: Eric Jacobsen
• Re: Quadrature tone decoder
  • From: Vladimir Vassilevsky
• Re: I / Q delay mismatch
  • From: Eric Jacobsen
• Re: Generating 1/f^2 and 1/f^3 noise
  • From: robert bristow-johnson
• Re: Quadrature tone decoder
  • From: patrick . melet
• Re: I / Q delay mismatch
  • From: Jerry Avins
• [CCS] Build options
  • From: Sam Vimaire
• Re: Which DSP to use?
  • From: Jim Thomas
• Re: Reed solomon-error correction
  • From: dvsarwate@xxxxxxxxx
• Re: Quadrature tone decoder
  • From: Vladimir Vassilevsky
• Re: antenna diversity gain
  • From: Vladimir Vassilevsky
• Re: Reed solomon-error correction
  • From: Vladimir Vassilevsky
• Re: antenna diversity gain
  • From: Ralph A. Schmid, dk5ras
• Re: Generating 1/f^2 and 1/f^3 noise
  • From: ray
• Re: Reed solomon-error correction
  • From: patrick . melet
• Quadrature tone decoder
  • From: patrick . melet
• Re: antenna diversity gain
  • From: Shahin
• Generating 1/f^2 and 1/f^3 noise
  • From: Marc Brooker
• Re: I / Q delay mismatch
  • From: Rune Allnor
• Re: I / Q delay mismatch
  • From: Oli Charlesworth
• Re: I / Q delay mismatch
  • From: Rune Allnor
• Re: Output of variable known, impulse response is known, how to get input signal in matlab?
  • From: Rune Allnor
• Re: DSD 1796
  • From: Jerry Avins
• Re: DAC Reconstruction Filter
  • From: Tim Wescott
• Reed solomon-error correction
  • From: nezhate
• Re: I / Q delay mismatch
  • From: sampson164
• Re: DSD 1796
  • From: Himlam8484
• Re: DAC Reconstruction Filter
  • From: rrodgers
• Re: Interpolation of versions of an image at different resolutions
  • From: ray
• Re: DAC Reconstruction Filter
  • From: Tim Wescott
• Re: DAC Reconstruction Filter
  • From: Tim Wescott
• G.1050 / TIA-921
  • From: Steve Underwood
• Re: Interpolation of versions of an image at different resolutions
  • From: Ron N.
• Re: antenna diversity gain
  • From: Vladimir Vassilevsky
• antenna diversity gain
  • From: Shahin
• Re: What kind of DSP?
  • From: Vladimir Vassilevsky
• Re: Output of variable known, impulse response is known, how to get input signal in matlab?
  • From: Charlie
• Re: I / Q delay mismatch
  • From: Vladimir Vassilevsky
• What kind of DSP?
  • From: null
• Re: I / Q delay mismatch
  • From: Fred Marshall
• Re: Interpolation of versions of an image at different resolutions
  • From: julius
• Re: orthogonality not acheived after IFFT!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
  • From: Oli Charlesworth
• Re: Interpolation of versions of an image at different resolutions
  • From: Michel Rouzic
• Re: I / Q delay mismatch
  • From: julius
• orthogonality not acheived after IFFT!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
  • From: awais
• Re: I / Q delay mismatch
  • From: julius
• Re: I / Q delay mismatch
  • From: julius
• Re: I / Q delay mismatch
  • From: Oli Charlesworth
• Re: How to let the Toeplitz Matrix Seperate in H0&H1 in matlab
  • From: Oli Charlesworth
• Which DSP to use?
  • From: kwongchow
• Re: Relationship Between State Space and Markov Process
  • From: Oli Charlesworth
• Re: I / Q delay mismatch
  • From: Rune Allnor
• Re: How to let the Toeplitz Matrix Seperate in H0&H1 in matlab
  • From: ericknightX
• Re: I / Q delay mismatch
  • From: Randy Yates
• I / Q delay mismatch
  • From: julius
• Re: Relationship Between State Space and Markov Process
  • From: Randy Yates
• Re: Calculate frequency response of Z transform with known frequency bins
  • From: robert bristow-johnson
• Re: DSD 1796
  • From: Jerry Avins
• Re: interpolating every 4th sample
  • From: robert bristow-johnson
• Re: motion detection from mpeg4 stream
  • From: ytregubov
• Re: WDT help
  • From: Vladimir Vassilevsky
• Application wanted
  • From: Christian Christmann
• Re: query on DSP 2810
  • From: Vladimir Vassilevsky
• Re: Relationship Between State Space and Markov Process
  • From: Jerry Avins
• Re: How to let the Toeplitz Matrix Seperate in H0&H1 in matlab
  • From: Oli Charlesworth
• Re: motion detection from mpeg4 stream
  • From: Vladimir Vassilevsky
• Re: Cut-off frequency and sampling frequency IIR filter
  • From: Vladimir Vassilevsky
• Re: How to let the Toeplitz Matrix Seperate in H0&H1 in matlab
  • From: Rune Allnor
• Re: Cut-off frequency and sampling frequency IIR filter
  • From: Rune Allnor
• Re: How to let the Toeplitz Matrix Seperate in H0&H1 in matlab
  • From: Oli Charlesworth
• Cut-off frequency and sampling frequency IIR filter
  • From: patrick . melet
• Re: interpolating every 4th sample
  • From: Andor
• How to let the Toeplitz Matrix Seperate in H0&H1 in matlab
  • From: ericknightX
• Re: Lost with direct-form filter equations (inverting)
  • From: Martin Eisenberg
• Re: Call for Papers: Extending Computational Cognitive Modeling to Issues of Multi-Agent Interaction
  • From: Rune Allnor
• query on DSP 2810
  • From: design
• DAC Reconstruction Filter
  • From: rrodgers
• Re: Setting up matrices
  • From: sundown
• Re: EEG coherence in bands
  • From: toby
• Re: Calculate frequency response of Z transform with known frequency bins
  • From: Erik de Castro Lopo
• Re: Relationship Between State Space and Markov Process
  • From: Oli Charlesworth
• Re: Relationship Between State Space and Markov Process
  • From: gauthief
• Re: Relationship Between State Space and Markov Process
  • From: Oli Charlesworth
• Re: WTD: Sound effects and voice
  • From: minfitlike
• Generalized Cross Correlation
  • From: ryujin_ssdt
• Re: noise attenuation after combining with quadrature trace to make "2D" signal?
  • From: Rune Allnor
• noise attenuation after combining with quadrature trace to make "2D" signal?
  • From: efffemm
• motion detection from mpeg4 stream
  • From: Telsmon . media
• Re: Relationship Between State Space and Markov Process
  • From: Randy Yates
• Re: Relationship Between State Space and Markov Process
  • From: Jerry Avins
• Re: Relationship Between State Space and Markov Process
  • From: Randy Yates
• Re: Relationship Between State Space and Markov Process
  • From: Jerry Avins
• Re: WTD: Sound effects and voice
  • From: Jim Adamthwaite
• WTD: Sound effects and voice
  • From: Donald
• Re: Resolution bandwidth (RBW) implementation
  • From: dbd
• Relationship Between State Space and Markov Process
  • From: Randy Yates
• Re: Interpolation of versions of an image at different resolutions
  • From: julius
• Re: Lost with direct-form filter equations (inverting)
  • From: Jerry Avins
• Re: Lost with direct-form filter equations (inverting)
  • From: Jerry Avins
• Re: WDT help
  • From: Stuart
• OpenCV and TI 64x?
  • From: Brandon
• Re: WDT help
  • From: Vladimir Vassilevsky
• Re: interpolating every 4th sample
  • From: robert bristow-johnson
• Re: Lost with direct-form filter equations (inverting)
  • From: jtp_1960
• Re: Lost with direct-form filter equations (inverting)
  • From: cincydsp
• Re: Lost with direct-form filter equations (inverting)
  • From: cincydsp
• WDT help
  • From: Stuart
• Re: Time domain convolution in a real-time situation
  • From: Randy Yates
• Re: Calculate frequency response of Z transform with known frequency bins
  • From: robert bristow-johnson
• Re: DSD 1796
  • From: Jerry Avins
• C2000 EMIF and AC97
  • From: Robert Lacoste
• Re: Shelving filter co-eff calculation.
  • From: Andor
• Re: Simple audio experiment
  • From: Jerry Avins
• Re: MUSIC in time domain
  • From: Andor
• Re: MUSIC in time domain
  • From: gauthief
• Re: Time domain convolution in a real-time situation
  • From: DSP-Newbie
• Lost with direct-form filter equations (inverting)
  • From: jtp_1960
• Re: IIR Filter Design
  • From: Rune Allnor
• Re: IIR Filter Design
  • From: cincydsp
• Re: IIR Filter Design
  • From: Rune Allnor
• IIR Filter Design
  • From: jerseygirl
• Re: MUSIC in time domain
  • From: Rune Allnor
• Re: MUSIC in time domain
  • From: Andor
• Re: MUSIC in time domain
  • From: Rune Allnor
• Re: MUSIC in time domain
  • From: Andor
• Re: MUSIC in time domain
  • From: Andor
• Re: Time domain convolution in a real-time situation
  • From: DSP-Newbie
• Interpolation of versions of an image at different resolutions
  • From: Michel Rouzic
• Re: MUSIC in time domain
  • From: gauthief
• Re: MUSIC in time domain
  • From: Rune Allnor
• Re: MUSIC in time domain
  • From: gauthief
• Re: MUSIC in time domain
  • From: gauthief
• Re: Simple audio experiment
  • From: salaria
• Re: Simple audio experiment
  • From: minfitlike
• Re: MUSIC in time domain
  • From: Andor
• Re: MUSIC in time domain
  • From: Andor
• Re: Simple audio experiment
  • From: Greg
• Simple audio experiment
  • From: salaria
• Re: Resolution bandwidth (RBW) implementation
  • From: Ron N.
• Re: Calculate frequency response of Z transform with known frequency bins
  • From: Erik de Castro Lopo
• Re: DSD 1796
  • From: Himlam8484
• Re: MUSIC in time domain
  • From: PARTICLEREDDY (STRAYDOG)
• Re: DSD 1796
  • From: Jerry Avins
• Re: Time domain convolution in a real-time situation
  • From: Fred Marshall
• Re: code compoder studio 3.1 version for TMS320c55x DSK board
  • From: mlimber
• Re: DSD 1796
  • From: Himlam8484
• Re: Time domain convolution in a real-time situation
  • From: Jerry Avins
• Re: Resolution bandwidth (RBW) implementation
  • From: dbd
• Re: Time domain convolution in a real-time situation
  • From: Fred Marshall
• Re: Output of variable known... Repunctuate
  • From: Jerry Avins
• Re: Output of variable known, impulse response is known, how to get input signal in matlab?
  • From: Rune Allnor
• Re: Output of variable known, impulse response is known, how to get input signal in matlab?
  • From: Jerry Avins
• Re: Adding signal
  • From: Fred Marshall
• Re: Output of variable known, impulse response is known, how to get input signal in matlab?
  • From: Jerry Avins
• Re: baseband complex signal do real
  • From: Fred Marshall
• Re: Output of variable known, impulse response is known, how to get input signal in matlab?
  • From: Charlie
• Re: Output of variable known, impulse response is known, how to get input signal in matlab?
  • From: Charlie
• Re: Output of variable known, impulse response is known, how to get input signal in matlab?
  • From: Charlie
• Re: Calculate frequency response of Z transform with known frequency bins
  • From: robert bristow-johnson
• Re: Calculate frequency response of Z transform with known frequency bins
  • From: Tim Wescott
• Re: EEG coherence in bands
  • From: Scott Seidman
• Re: EEG coherence in bands
  • From: Jerry Avins
• Calculate frequency response of Z transform with known frequency bins
  • From: davidrhunt
• Re: Resolution bandwidth (RBW) implementation
  • From: Ron N.
• Re: EEG coherence in bands
  • From: Ikaro
• Re: EEG coherence in bands
  • From: Ikaro
• Re: Time domain convolution in a real-time situation
  • From: Jerry Avins
• Re: Shelving filter co-eff calculation.
  • From: Jerry Avins
• Re: EEG coherence in bands
  • From: Jerry Avins
• Re: EEG coherence in bands
  • From: Ikaro
• Re: Time domain convolution in a real-time situation
  • From: DSP-Newbie
• Re: Time domain convolution in a real-time situation
  • From: DSP-Newbie
• Re: fftw_plan_dft_1d V.S. fftw_plan_dft_r2c_1d
  • From: pleyden
• Re: Shelving filter co-eff calculation.
  • From: Andor
• Re: EEG coherence in bands
  • From: Jerry Avins
• Re: baseband complex signal do real
  • From: Jerry Avins
• EEG coherence in bands
  • From: toby
• Re: Resolution bandwidth (RBW) implementation
  • From: dbd
• Re: baseband complex signal do real
  • From: Jerry Avins
• Re: baseband complex signal do real
  • From: Fred Marshall
• Re: MUSIC in time domain
  • From: Ron N.
• Re: Setting up matrices
  • From: julius
• Re: Setting up matrices
  • From: Ikaro
• Re: Setting up matrices
  • From: Ikaro
• Re: Setting up matrices
  • From: Ikaro
• Re: Shelving filter co-eff calculation.
  • From: robert bristow-johnson
• Re: Setting up matrices
  • From: Ikaro
• Re: Shelving filter co-eff calculation.
  • From: robert bristow-johnson
• Re: baseband complex signal do real
  • From: mel
• Re: Time domain convolution in a real-time situation
  • From: cincydsp
• Re: baseband complex signal do real
  • From: cincydsp
• baseband complex signal do real
  • From: mel
• Setting up matrices
  • From: sundown
• fftw_plan_dft_1d V.S. fftw_plan_dft_r2c_1d
  • From: Merrr
• Re: Time domain convolution in a real-time situation
  • From: Rune Allnor
• Re: Time domain convolution in a real-time situation
  • From: DSP-Newbie
• Re: MUSIC in time domain
  • From: gauthief
• Re: MUSIC in time domain
  • From: Rune Allnor
• Re: MUSIC in time domain
  • From: gauthief
• Re: Resolution bandwidth (RBW) implementation
  • From: Ron N.
• Re: MUSIC in time domain
  • From: Andor
• Re: Adding signal
  • From: Vladimir Vassilevsky
• Re: Adding signal
  • From: Andor
• Adding signal
  • From: igor . escobar
• Re: Resolution bandwidth (RBW) implementation
  • From: Jerry Avins
• Re: DSD 1796
  • From: Jerry Avins
• Re: Quality PC Microphone
  • From: jecottrell65
• Re: Time domain convolution in a real-time situation
  • From: cincydsp
• Re: Shelving filter co-eff calculation.
  • From: Martin Eisenberg
• Time domain convolution in a real-time situation
  • From: DSP-Newbie
• MUSIC in time domain
  • From: gauthief
• Re: Resolution bandwidth (RBW) implementation
  • From: Rune Allnor
• Re: Resolution bandwidth (RBW) implementation
  • From: DSP user
• Re: Time response From Frequency Amplitude
  • From: Kumar Appaiah
• Re: DSD 1796
  • From: Himlam8484
• Re: Time response From Frequency Amplitude
  • From: Rune Allnor
• Thousands of solutions manuals
  • From: edisonee
• A Very Good website for VLSI Chip designers
  • From: chipdesignart
• Re: Time response From Frequency Amplitude
  • From: Jerry Avins
• Re: Time response From Frequency Amplitude
  • From: Kumar Appaiah
• Re: How do I find out which filter structure there is best for my design?
  • From: Kumar Appaiah
• Re: Shelving filter co-eff calculation.
  • From: Prassi
• Re: The linemod program
  • From: Andor
• Re: Filter jitter to measure clock skew
  • From: robert bristow-johnson
• Re: The linemod program
  • From: sampson164
• Re: Shelving filter co-eff calculation.
  • From: robert bristow-johnson
• Re: hi
  • From: Steve Underwood
• Re: The linemod program
  • From: Steve Underwood
• Re: Shelving filter co-eff calculation.
  • From: Martin Eisenberg
• Is gcc-c6x still going ?
  • From: Mike
• Re: The linemod program
  • From: sampson164
• Re: hi
  • From: sampson164
• Request for audio compression code (was Re: hi)
  • From: Erik de Castro Lopo
• Re: Filter jitter to measure clock skew
  • From: Spoon
• Re: hi
  • From: Jerry Avins
• Re: How do I find out which filter structure there is best for my design?
  • From: robert bristow-johnson
• Re: Quality PC Microphone
  • From: BobM
• Re: Shelving filter co-eff calculation.
  • From: robert bristow-johnson
• Re: Time response From Frequency Amplitude
  • From: Rune Allnor
• code compoder studio 3.1 version for TMS320c55x DSK board
  • From: satish
• hi
  • From: satish
• Time response From Frequency Amplitude
  • From: Serial . Expert
• Re: How to use Jake's Remez Exchange code to design a differenciator?
  • From: Fred Marshall
• OT: Re: How to use Jake's Remez Exchange code to design a differenciator?
  • From: Fred Marshall
• Re: Filter jitter to measure clock skew
  • From: David Gelbart
• Re: How do I find out which filter structure there is best for my design?
  • From: Roman Rumian
• Re: Which MCU + DSP?
  • From: Roman Rumian
• How do I find out which filter structure there is best for my design?
  • From: Allan
• Re: Filter jitter to measure clock skew
  • From: Spoon
• Re: About the Blind Channel Estimation in CP OFDM
  • From: julius
• Re: ISI
  • From: julius
• Re: How to use Jake's Remez Exchange code to design a differenciator?
  • From: Jerry Avins
• Re: Filter jitter to measure clock skew
  • From: Jerry Avins
• Which MCU + DSP?
  • From: valbiosystems
• Mic stand?
  • From: Richard Dobson
• Shelving filter co-eff calculation.
  • From: Prassi
• Shelving filter co-eff calculation.
  • From: Prassi
• Do MATLAB Component Runtime come with Matlab Engine?
  • From: kool_ajith
• Re: Filter jitter to measure clock skew
  • From: Spoon
• Re: ISI
  • From: sampson164
• Re: Least Square Fit vs. Transform to get Spectrum
  • From: Andor
• Re: Filter jitter to measure clock skew
  • From: Spoon
• Re: Filter jitter to measure clock skew
  • From: Fred Marshall
• Difference between Sobel and Gabor filter
  • From: doggie
• Re: How to use Jake's Remez Exchange code to design a differenciator?
  • From: Rune Allnor
• Re: How to use Jake's Remez Exchange code to design a differenciator?
  • From: Fred Marshall
• Re: JavaScript JPEG Implementation Help
  • From: mlazarov
• Re: How to use Jake's Remez Exchange code to design a differenciator?
  • From: Jerry Avins
• Re: How to use Jake's Remez Exchange code to design a differenciator?
  • From: Jerry Avins
• Re: How to use Jake's Remez Exchange code to design a differenciator?
  • From: Jerry Avins
• Re: How to use Jake's Remez Exchange code to design a differenciator?
  • From: Jerry Avins
• Re: Filter jitter to measure clock skew
  • From: Jerry Avins
• Re: Quality PC Microphone
  • From: Jerry Avins
• Re: Quality PC Microphone
  • From: Ron N.
• Re: ISI
  • From: julius
• Re: How to use Jake's Remez Exchange code to design a differenciator?
  • From: Fred Marshall
• Re: Quality PC Microphone
  • From: naebad
• Re: Filter jitter to measure clock skew
  • From: Marcel Müller
• Re: How to use Jake's Remez Exchange code to design a differenciator?
  • From: Fred Marshall
• Re: Least Square Fit vs. Transform to get Spectrum
  • From: Ron N.
• Filter jitter to measure clock skew
  • From: Spoon
• Re: How to use Jake's Remez Exchange code to design a differenciator?
  • From: Rune Allnor
• Re: How to use Jake's Remez Exchange code to design a differenciator?
  • From: Fred Marshall
• Re: Quality PC Microphone
  • From: Richard Dobson
• Re: Quality PC Microphone
  • From: Jerry Avins
• Re: Quality PC Microphone
  • From: jecottrell65
• Re: Quality PC Microphone
  • From: jecottrell65
• Re: Quality PC Microphone
  • From: Richard Dobson
• Re: Quality PC Microphone
  • From: Jerry Avins
• The linemod program
  • From: Steve Underwood
• Re: Quality PC Microphone
  • From: Jerry Avins
• Re: Quality PC Microphone
  • From: jecottrell65
• Quality PC Microphone
  • From: jecottrell65
• Re: Would using the phase info makes a Noise cancelling system efficient
  • From: Jerry Avins
• Re: How to use Jake's Remez Exchange code to design a differenciator?
  • From: Kumar Appaiah
• Re: Would using the phase info makes a Noise cancelling system efficient
  • From: Rune Allnor
• Re: How to use Jake's Remez Exchange code to design a differenciator?
  • From: Rune Allnor
• Re: Least Square Fit vs. Transform to get Spectrum
  • From: Robb
• Re: Least Square Fit vs. Transform to get Spectrum
  • From: Robb
• Re: How to use Jake's Remez Exchange code to design a differenciator?
  • From: Fred Marshall
• Re: Differentiators using Remez/Parks McClellan
  • From: Kumar Appaiah
• Re: Differentiators using Remez/Parks McClellan
  • From: Kumar Appaiah
• Re: Differentiators using Remez/Parks McClellan
  • From: Jerry Avins
• Re: Differentiators using Remez/Parks McClellan
  • From: Jerry Avins
• Re: How to use Jake's Remez Exchange code to design a differenciator?
  • From: Kumar Appaiah
• Re: Differentiators using Remez/Parks McClellan
  • From: Kumar Appaiah
• Re: Differentiators using Remez/Parks McClellan
  • From: Kumar Appaiah
• Re: How to use Jake's Remez Exchange code to design a differenciator?
  • From: Rune Allnor
• Re: How to use Jake's Remez Exchange code to design a differenciator?
  • From: Andor
• Echo for dsp 6713
  • From: Jonny
• How to use Jake's Remez Exchange code to design a differenciator?
  • From: chenjc
• JavaScript JPEG Implementation Help
  • From: mlazarov
• Re: Differentiators using Remez/Parks McClellan
  • From: Jerry Avins
• Re: Differentiators using Remez/Parks McClellan
  • From: Rune Allnor
• Re: Resolution bandwidth (RBW) implementation
  • From: Rune Allnor
• Re: Differentiators using Remez/Parks McClellan
  • From: Jerry Avins
• Re: Differentiators using Remez/Parks McClellan
  • From: Rune Allnor
• Re: Differentiators using Remez/Parks McClellan
  • From: Jerry Avins
• Re: Differentiators using Remez/Parks McClellan
  • From: Jerry Avins
• Re: Differentiators using Remez/Parks McClellan
  • From: John Herman
• Re: Differentiators using Remez/Parks McClellan
  • From: Kumar Appaiah
• Re: Differentiators using Remez/Parks McClellan
  • From: Kumar Appaiah
• Re: Differentiators using Remez/Parks McClellan
  • From: Vladimir Vassilevsky
• Re: Differentiators using Remez/Parks McClellan
  • From: Jerry Avins
• Re: Differentiators using Remez/Parks McClellan
  • From: Kumar Appaiah
• Re: Differentiators using Remez/Parks McClellan
  • From: Kumar Appaiah
• Re: Differentiators using Remez/Parks McClellan
  • From: Clay
• Re: Least Square Fit vs. Transform to get Spectrum
  • From: Andor
• Re: Fractional Time-Delays
  • From: Andor
• Re: Would using the phase info makes a Noise cancelling system efficient
  • From: PARTICLEREDDY (STRAYDOG)
• Re: Differentiators using Remez/Parks McClellan
  • From: Kumar Appaiah
• Re: Improving SNR or a better Goertzel?
  • From: Rune Allnor
• Re: Fractional Time-Delays
  • From: Peter K.
• Re: Would using the phase info makes a Noise cancelling system efficient
  • From: minfitlike
• Re: Improving SNR or a better Goertzel?
  • From: Philip Martel
• Re: Fractional Time-Delays
  • From: Martin Eisenberg
• Re: Fractional Time-Delays
  • From: Ron N.
• Re: interpolating every 4th sample
  • From: Andor
• Re: Would using the phase info makes a Noise cancelling system efficient
  • From: Jerry Avins
• Re: Need open source FRF calculation program
  • From: Jerry Avins
• Re: Fractional Time-Delays
  • From: Jerry Avins
• Re: Need open source FRF calculation program
  • From: cincydsp
• Re: Resolution bandwidth (RBW) implementation
  • From: DSP user
• Re: Need open source FRF calculation program
  • From: Joydeep
• Would using the phase info makes a Noise cancelling system efficient
  • From: 2006
• Re: Fractional Time-Delays
  • From: minfitlike
• Re: Fractional Time-Delays
  • From: robert bristow-johnson
• Re: Fractional Time-Delays
  • From: Jerry Avins
• Re: Fractional Time-Delays
  • From: robert bristow-johnson
• Re: Fractional Time-Delays
  • From: robert bristow-johnson
• Re: Fractional Time-Delays
  • From: robert bristow-johnson
• Re: interpolating every 4th sample
  • From: robert bristow-johnson
• Re: Need open source FRF calculation program
  • From: Jerry Avins
• Re: Improving SNR or a better Goertzel?
  • From: Jerry Avins
• Re: ISI
  • From: mk
• Re: interpolating every 4th sample
  • From: Vladimir Vassilevsky
• Re: About the Blind Channel Estimation in CP OFDM
  • From: ericknightX
• Re: interpolating every 4th sample
  • From: Andor
• Re: Need open source FRF calculation program
  • From: Joydeep
• Re: interpolating every 4th sample
  • From: Vladimir Vassilevsky
• Re: help plz : GFSK implementation in C code
  • From: cincydsp
• Re: interpolating every 4th sample
  • From: Vladimir Vassilevsky
• Re: Need open source FRF calculation program
  • From: Jerry Avins
• Re: Fractional Time-Delays
  • From: Jerry Avins
• help plz : GFSK implementation in C code
  • From: Mohamed Bakr
• Need open source FRF calculation program
  • From: Joydeep
• Re: About the Blind Channel Estimation in CP OFDM
  • From: PARTICLEREDDY (STRAYDOG)
• Re: Fractional Time-Delays
  • From: Rune Allnor
• YES YES YES --- thank you so much!!
  • From: doh ...
• Re: interpolating every 4th sample
  • From: Andor
• Re: Fractional Time-Delays
  • From: minfitlike
• Re: Fractional Time-Delays
  • From: Rune Allnor
• Re: power spectral density and energy under 500 hz
  • From: Rune Allnor
• Re: Differentiators using Remez/Parks McClellan
  • From: Rune Allnor
• About the Blind Channel Estimation in CP OFDM
  • From: ericknightX
• Re: Help: How to design the audio pre-emphas(J.17) filter.
  • From: Robert Orban
• Re: Fractional Time-Delays
  • From: sampson164
• Differentiators using Remez/Parks McClellan
  • From: Kumar Appaiah
• Re: Fractional Time-Delays
  • From: robert bristow-johnson
• Re: Fractional Time-Delays
  • From: Steve Underwood
• Re: Fractional Time-Delays
  • From: sampson164
• Re: Fractional Time-Delays
  • From: robert bristow-johnson
• Re: Preamble in CFO
  • From: julius
• Re: interpolating every 4th sample
  • From: robert bristow-johnson
• Re: interpolating every 4th sample
  • From: Andor
• Re: interpolating every 4th sample
  • From: Andor
• Re: power spectral density and energy under 500 hz
  • From: stromhau
• Re: power spectral density and energy under 500 hz
  • From: stromhau
• OT:Re: Callback in BF533
  • From: Vladimir Vassilevsky
• Re: 6713 HPI problem
  • From: mlimber
• OT: Re: RFC on HF Protocol
  • From: Vladimir Vassilevsky
• Re: RFC on HF Protocol
  • From: Eric Jacobsen
• Re: power spectral density and energy under 500 hz
  • From: dbd
• Re: Fractional Time-Delays
  • From: sampson164
• Re: RFC on HF Protocol
  • From: Eric Jacobsen
• Re: Resolution bandwidth (RBW) implementation
  • From: dbd
• Re: interpolating every 4th sample
  • From: glen herrmannsfeldt
• Re: Fractional Time-Delays
  • From: dbell
• Fractional Time-Delays
  • From: minfitlike
• Re: interpolating every 4th sample
  • From: Jerry Avins
• Re: Callback in BF533
  • From: Jaime Andrés Aranguren Cardona
• Re: Q: Techniques for FIR preloading/seeding?
  • From: Tim Wescott
• Re: interpolating every 4th sample
  • From: Vladimir Vassilevsky
• Re: PSK Protocol Question
  • From: Tim Wescott
• Re: Resolution bandwidth (RBW) implementation
  • From: Randy Yates
• Re: interpolating every 4th sample
  • From: Andor
• Re: interpolating every 4th sample
  • From: Vladimir Vassilevsky
• Re: interpolating every 4th sample
  • From: Andor
• Re: interpolating every 4th sample
  • From: Vladimir Vassilevsky
• Re: interpolating every 4th sample
  • From: Jerry Avins
• Re: Callback in BF533
  • From: Vladimir Vassilevsky
• Re: interpolating every 4th sample
  • From: Vladimir Vassilevsky
• Preamble in CFO
  • From: aamer
• Re: Improving SNR or a better Goertzel?
  • From: jecottrell65
• Resolution bandwidth (RBW) implementation
  • From: Cystrin
• Wavelet Packet based Multi-carrier Implementation
  • From: lmadank
• Wavelet Packet based Multi-carrier Implementation
  • From: lmadank
• Least Square Fit vs. Transform to get Spectrum
  • From: Robb
• Re: power spectral density and energy under 500 hz
  • From: Rune Allnor
• Re: Callback in BF533
  • From: maddy
• Re: power spectral density and energy under 500 hz
  • From: stromhau
• Re: Code Composer Studio not simulating interrupts
  • From: Bartek
• Re: Code Composer Studio not simulating interrupts
  • From: Korenje
• Re: power spectral density and energy under 500 hz
  • From: Rune Allnor
• Re: Improving SNR or a better Goertzel?
  • From: Rune Allnor
• Re: interpolating every 4th sample
  • From: Andor
• Re: MP3 Audio Quality Enhancement
  • From: Andor
• interpolating every 4th sample
  • From: doh ...
• Re: Code Composer Studio not simulating interrupts
  • From: Bartek
• Re: MP3 Audio Quality Enhancement
  • From: Prassi
• Re: Possibility of CDMA Spectrum usage for indoor data network on prepaid basis
  • From: Ralph A. Schmid, dk5ras
• Re: MP3 Audio Quality Enhancement
  • From: salaria
• Re: Improving SNR or a better Goertzel?
  • From: Philip Martel
• Re: Texas Instruments TMS320DM6446 evaluation boards?
  • From: Roberto Waltman
• power spectral density and energy under 500 hz
  • From: stromhau