comp.dsp

• Thread Index

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• Re: Large moving average
  • From: Jerry Avins
• Re: Which micros should I buy?
  • From: Jerry Avins
• repeat-accumulate code...
  • From: chaselweng
• Re: SP riddle
  • From: Andor
• Re: Audio Shelving fliters
  • From: Martin Eisenberg
• Re: Audio Shelving fliters
  • From: Martin Eisenberg
• Re: DSP/BIOS problem
  • From: Mark Robinson
• Re: About sampling
  • From: Oli Filth
• Re: Audio Shelving fliters
  • From: gusflit
• Re: SP riddle
  • From: bmh161
• Re: Audio Shelving fliters
  • From: robert bristow-johnson
• Re: Audio Shelving fliters
  • From: robert bristow-johnson
• Re: Coherent averaging
  • From: vale
• DSP/BIOS problem
  • From: jyz05
• Re: Interefence...?
  • From: Clay
• Re: Large moving average
  • From: Scott Seidman
• Re: IFFT in dvb-t
  • From: Oli Filth
• Interefence...?
  • From: ralph
• Re: Audio Shelving fliters
  • From: gusflit
• Re: Large moving average
  • From: dave_bonnell@xxxxxxxxxxx
• Re: Large moving average
  • From: Scott Seidman
• Re: Large moving average
  • From: Phil
• Re: EVMDM642 problem in running examples
  • From: Mark Robinson
• Re: Large moving average
  • From: Scott Seidman
• IFFT in dvb-t
  • From: Raf
• TMS320F2812
  • From: soumya78
• EVMDM642 problem in running examples
  • From: arichard
• Re: Large moving average
  • From: Andor
• Re: Large moving average
  • From: glen herrmannsfeldt
• Re: Multiple pass moving average filter
  • From: John Herman
• Which micros should I buy?
  • From: Thorsten
• Re: Large moving average
  • From: Jerry Avins
• Re: Large moving average
  • From: Mark Borgerding
• Re: Frequency Inversion
  • From: dbell
• Re: Large moving average
  • From: Jerry Avins
• Re: Multiple pass moving average filter
  • From: Newport
• Re: Audio Shelving fliters
  • From: Martin Eisenberg
• Re: Audio Shelving fliters
  • From: Martin Eisenberg
• Re: Coherent averaging
  • From: Andor
• Re: Large moving average
  • From: jim
• Re: Cholesky factors of matrices which are not positive-definite
  • From: Andor
• Re: Large moving average
  • From: Andor
• Re: Cholesky factors of matrices which are not positive-definite
  • From: Gordon Sande
• Re: Large moving average
  • From: Scott Seidman
• Re: AGC test for TV tuner??
  • From: Joerg
• Re: Large moving average
  • From: Tim Wescott
• Large moving average
  • From: dave_bonnell@xxxxxxxxxxx
• Cholesky factors of matrices which are not positive-definite
  • From: Murphy O'Brien
• Please suggest a 6week project
  • From: Arun
• Re: How to write a HighPass procedure?
  • From: gpdsoft
• Re: Coherent averaging
  • From: vale
• Re: McBSP as SPI master problem
  • From: sfertig
• Re: How to write a HighPass procedure?
  • From: Newport
• Re: Coherent averaging
  • From: Scott Seidman
• Re: Coherent averaging
  • From: Andor
• Problem running the examples on EVMDM642 board
  • From: arichard
• AGC test for TV tuner??
  • From: yijun_lily@xxxxxxxxx
• Re: Frequency Inversion
  • From: bachbeethoven200
• Re: SP riddle
  • From: Andor
• Discrete-time finite-state Markov model
  • From: Mario
• Re: Audio Shelving fliters
  • From: Andor
• Re: SP riddle
  • From: Hans Sørensen
• Re: SP riddle
  • From: Hans Sørensen
• Re: Audio Shelving fliters
  • From: gusflit
• Re: Audio Shelving fliters
  • From: Vladimir Vassilevsky
• Re: Audio Shelving fliters
  • From: gusflit
• Re: DSP_fir_r4/r8 with shift-factor possibilty (C64x)?
  • From: bhooshaniyer
• Re: Frequency Inversion
  • From: John Herman
• Re: Audio Shelving fliters
  • From: gusflit
• Re: jointly gaussian
  • From: Gordon Sande
• Re: Audio Shelving fliters
  • From: Vladimir Vassilevsky
• Re: How to write a HighPass procedure?
  • From: Vladimir Vassilevsky
• Re: jointly gaussian
  • From: unsettledinside
• Re: Troubleshooting
  • From: Mark
• Re: Audio Shelving fliters
  • From: Mark
• Re: Audio Shelving fliters
  • From: gusflit
• Re: Audio Shelving fliters
  • From: Andor
• Re: jointly gaussian
  • From: Dilip V. Sarwate
• Audio Shelving fliters
  • From: gusflit
• Re: How to write a HighPass procedure?
  • From: Tim Wescott
• jointly gaussian
  • From: unsettledinside
• Coherent averaging
  • From: vale
• Re: Troubleshooting
  • From: Jerry Avins
• Re: DSP_fir_r4/r8 with shift-factor possibilty (C64x)?
  • From: No Never
• Re: DSPs in Mobile phones?
  • From: Ksen
• How to write a HighPass procedure?
  • From: gpdonnarumma
• Re: DSP_fir_r4/r8 with shift-factor possibilty (C64x)?
  • From: bhooshaniyer
• Re: Frequency Inversion
  • From: Vladimir Vassilevsky
• Re: Frequency Inversion
  • From: dbell
• Re: DSPs in Mobile phones?
  • From: Ksen
• Re: Estimating time domain peakedness from frequency domain information
  • From: Ksen
• Re: Frequency Inversion
  • From: Andor
• Re: Frequency Inversion
  • From: dbell
• Re: Frequency Inversion
  • From: Andor
• Re: Frequency Inversion
  • From: dbell
• DSP_fir_r4/r8 with shift-factor possibilty (C64x)?
  • From: No Never
• Cross spectra in harmonic frequencies
  • From: VietHung
• Re: About sampling
  • From: Oli Filth
• Re: About sampling
  • From: Jani Huhtanen
• Re: Any way to 'fix' TI memory allocation?
  • From: Mark Robinson
• Re: Large FFT on ADSP-21065L
  • From: Andor
• SP riddle
  • From: Andor
• Troubleshooting
  • From: a1eah71
• Re: Frequency Inversion
  • From: Andor
• Re: The importance of the Ubiquitous Covariance Matrix
  • From: PARTICLEREDDY
• Re: Multiple pass moving average filter
  • From: John Herman
• Re: Frequency Inversion
  • From: dbell
• Re: Frequency Inversion
  • From: dbell
• Re: The importance of the Ubiquitous Covariance Matrix
  • From: Oli Filth
• Re: Estimating time domain peakedness from frequency domain information
  • From: Ron N.
• Re: The importance of the Ubiquitous Covariance Matrix
  • From: bmh161
• Re: about eigenvector of hermetian matrix
  • From: shafibashar
• Re: Estimating time domain peakedness from frequency domain information
  • From: Ksen
• DSP Engineer career opportunities in the DC Metro area
  • From: megan.filippi@xxxxxxxxxxx
• Re: Estimating time domain peakedness from frequency domain information
  • From: Oli Filth
• Re: Estimating time domain peakedness from frequency domain information
  • From: Mark Borgerding
• Re: About sampling
  • From: Oli Filth
• Re: Frequency Inversion
  • From: Tim Wescott
• Re: How to best detect tone amplitudes quickly?
  • From: John Herman
• Re: Estimating time domain peakedness from frequency domain information
  • From: Ksen
• Re: Frequency Inversion
  • From: Randy Yates
• Re: The importance of the Ubiquitous Covariance Matrix
  • From: Indraneel@xxxxxxxxxxxxxxxx
• Re: About sampling
  • From: Jani Huhtanen
• Large FFT on ADSP-21065L
  • From: Bremi
• Re: Why Strange Form of Convolution Integral in Proakis' Matched Filter Discussion?
  • From: Randy Yates
• Re: The importance of the Ubiquitous Covariance Matrix
  • From: Randy Yates
• Re: Why Strange Form of Convolution Integral in Proakis' Matched Filter Discussion?
  • From: Randy Yates
• Re: Why Strange Form of Convolution Integral in Proakis' Matched Filter Discussion?
  • From: Oli Filth
• Re: Frequency Inversion
  • From: Vladimir Vassilevsky
• Re: Why Strange Form of Convolution Integral in Proakis' Matched Filter Discussion?
  • From: Oli Filth
• Why Strange Form of Convolution Integral in Proakis' Matched Filter Discussion?
  • From: Randy Yates
• Re: The importance of the Ubiquitous Covariance Matrix
  • From: Oli Filth
• Re: Frequency Inversion
  • From: Rick Lyons
• Re: About sampling
  • From: Oli Filth
• Re: about eigenvector of hermetian matrix
  • From: Andor
• Re: Frequency Inversion
  • From: decious
• The importance of the Ubiquitous Covariance Matrix
  • From: bmh161
• about eigenvector of hermetian matrix
  • From: shafibashar
• Discrete inner product for wawelet transforms
  • From: Kshitij
• Re: pre-made bitstream, pink noise with only one RC filter?
  • From: Robert Lietzmann
• Frequency Inversion
  • From: bachbeethoven200
• Hardware for dirty paper codes
  • From: pankajb
• Re: Van Trees Books
  • From: fatnbafan
• relation between complex vector and its conjugate
  • From: shafibashar
• Re: Frequency locked loop in DVB-S2
  • From: jdc
• Re: About sampling
  • From: Jani Huhtanen
• Re: About sampling
  • From: Jani Huhtanen
• Re: Need help with generating continous-phase FSK in software
  • From: overgaard
• Re: About sampling
  • From: Jani Huhtanen
• Re: linear/non-linear system
  • From: Steve Underwood
• Re: Partial Fraction Decomposition in c++
  • From: Andor
• Re: About sampling
  • From: Andor
• Re: About sampling
  • From: Oli Filth
• Re: About sampling
  • From: Oli Filth
• About sampling
  • From: Jani Huhtanen
• Re: Way OT: Sky News
  • From: Jerry Avins
• Re: Partial Fraction Decomposition in c++
  • From: dilpreet06
• Re: linear/non-linear system
  • From: Oli Filth
• Re: linear/non-linear system
  • From: Andor
• Re: Way OT: Sky News
  • From: Erik de Castro Lopo
• Re: linear/non-linear system
  • From: Major Misunderstanding
• Re: Partial Fraction Decomposition in c++
  • From: Andor
• Re: Need help with generating continous-phase FSK in software
  • From: Tim Wescott
• Re: linear/non-linear system
  • From: Tim Wescott
• Re: Partial Fraction Decomposition in c++
  • From: dilpreet06
• Re: linear/non-linear system
  • From: Jerry Avins
• Re: linear/non-linear system
  • From: Andor
• Re: linear/non-linear system
  • From: Jerry Avins
• Re: 4th. International Signal Processing Conference
  • From: Alexz
• Re: linear/non-linear system
  • From: Andor
• Re: linear/non-linear system
  • From: Andor
• Re: linear/non-linear system
  • From: Jerry Avins
• Re: simulating a streaming signal in c++
  • From: Martin Eisenberg
• Re: linear/non-linear system
  • From: Oli Filth
• Re: linear/non-linear system
  • From: Jerry Avins
• Re: linear/non-linear system
  • From: Andor
• Re: linear/non-linear system
  • From: Jerry Avins
• Re: linear/non-linear system
  • From: Andor
• Re: 4th. International Signal Processing Conference
  • From: Jerry Avins
• Re: linear/non-linear system
  • From: mobi
• Re: linear/non-linear system
  • From: Jerry Avins
• Re: Need help with generating continous-phase FSK in software
  • From: Jerry Avins
• linear/non-linear system
  • From: VijaKhara
• Re: CCS 2.20 problem or hardware problem?
  • From: Vladimir Vassilevsky
• Re: simulating a streaming signal in c++
  • From: AntiSPAM_g9u5dd43
• Re: simulating a streaming signal in c++
  • From: Oli Filth
• Re: Partial Fraction Decomposition in c++
  • From: Andor
• Re: simulating a streaming signal in c++
  • From: different
• Re: simulating a streaming signal in c++
  • From: Oli Filth
• Re: simulating a streaming signal in c++
  • From: different
• CCS 2.20 problem or hardware problem?
  • From: hans
• Re: 4th. International Signal Processing Conference
  • From: Alexz
• Re: DSP Algorithm for LVDT Synchronous AM Demodulation
  • From: Tim Wescott
• Re: Need help with generating continous-phase FSK in software
  • From: Tim Wescott
• Re: Estimating time domain peakedness from frequency domain information
  • From: Scott Ransom
• Re: Post-Doc in Acoustic Word Recognition
  • From: Rune Allnor
• Re: Way OT: Sky News
  • From: Symon
• Re: Breakpoint instruction Mnemonic for TI c55xx DSP
  • From: Brad Griffis
• Re: Post-Doc in Acoustic Word Recognition
  • From: chip
• Breakpoint instruction Mnemonic for TI c55xx DSP
  • From: howy
• Re: Using Cosine Buffer Instead of Consine Function
  • From: Christen Fihl
• Partial Fraction Decomposition in c++
  • From: dilpreet06
• Post-Doc in Acoustic Word Recognition
  • From: Major Misunderstanding
• Re: Estimating time domain peakedness from frequency domain information
  • From: Ksen
• Re: simulating a streaming signal in c++
  • From: Oli Filth
• Re: Using Cosine Buffer Instead of Consine Function
  • From: Martin Eisenberg
• simulating a streaming signal in c++
  • From: different
• Re: Way OT: Sky News
  • From: Anonymous
• Re: Nyquist Didn't Say That
  • From: Jani Huhtanen
• Re: Way OT: Sky News
  • From: Symon
• Re: Using Cosine Buffer Instead of Consine Function
  • From: Jerry Avins
• Re: Need help with generating continous-phase FSK in software
  • From: Jerry Avins
• Re: DSP Algorithm for LVDT Synchronous AM Demodulation
  • From: Jerry Avins
• Re: Proakis, Lecture in DC, Problems with Testexam
  • From: koolguyuf
• Re: pdf of product of two dependent rv
  • From: koolguyuf
• Re: Using cosine buffer instead of cosine buffer
  • From: Jerry Avins
• Re: 4th. International Signal Processing Conference
  • From: PARTICLEREDDY
• Re: Need help with generating continous-phase FSK in software
  • From: Jerry Avins
• Re: Any way to 'fix' TI memory allocation?
  • From: bhooshaniyer
• Multirate Filter
  • From: Vladimir Vassilevsky
• Re: DSP Algorithm for LVDT Synchronous AM Demodulation
  • From: Vladimir Vassilevsky
• Re: 4th. International Signal Processing Conference
  • From: Jerry Avins
• Re: DSP Algorithm for LVDT Synchronous AM Demodulation
  • From: Jerry Avins
• Re: Any way to 'fix' TI memory allocation?
  • From: Vladimir Vassilevsky
• Re: Using Cosine Buffer Instead of Consine Function
  • From: Christen Fihl
• Re: Output from fourier transform
  • From: Rick Lyons
• Re: Any way to 'fix' TI memory allocation?
  • From: Vladimir Vassilevsky
• Re: Way OT: Sky News
  • From: Anonymous
• Re: how to find phase shift between two signals
  • From: Rick Lyons
• Re: Any way to 'fix' TI memory allocation?
  • From: dave_bonnell@xxxxxxxxxxx
• Re: Any way to 'fix' TI memory allocation?
  • From: Mark Robinson
• Re: Output from fourier transform
  • From: Viognier
• Using Cosine Buffer Instead of Consine Function
  • From: aine_canby
• Any way to 'fix' TI memory allocation?
  • From: dave_bonnell@xxxxxxxxxxx
• Using cosine buffer instead of cosine buffer
  • From: aine_canby
• Need help with generating continous-phase FSK in software
  • From: overgaard
• Re: Nyquist Didn't Say That
  • From: jacko
• Re: Way OT: Sky News
  • From: bhooshaniyer
• Re: Nyquist Didn't Say That
  • From: Jani Huhtanen
• Re: how to find phase shift between two signals
  • From: Bill
• Output from fourier transform
  • From: Jacob Jensen
• Re: Help with a aplitude respons?
  • From: Gery
• Re: Nyquist Didn't Say That
  • From: robert bristow-johnson
• Re: Nyquist Didn't Say That
  • From: Tim Wescott
• Re: Nyquist Didn't Say That
  • From: Jani Huhtanen
• 4th. International Signal Processing Conference
  • From: PARTICLEREDDY
• Re: normalized voltage
  • From: johns
• Re: DSP Algorithm for LVDT Synchronous AM Demodulation
  • From: Major Misunderstanding
• Re: Van Trees Books
  • From: Rune Allnor
• flashing of LEDs
  • From: Medris
• Re: Nyquist Didn't Say That
  • From: Tim Wescott
• Van Trees Books
  • From: sheepshaggerx
• Re: normalized voltage
  • From: Jerry Avins
• Re: Nyquist Didn't Say That
  • From: robert bristow-johnson
• Discrete wavelet transform implementation/existing algorithm
  • From: Alexz
• Re: Estimating time domain peakedness from frequency domain information
  • From: Mark Borgerding
• Re: Nyquist Didn't Say That
  • From: Jani Huhtanen
• Re: Nyquist Didn't Say That
  • From: robert bristow-johnson
• Re: Trying to implement FFT
  • From: Jacob Jensen
• Re: Estimating time domain peakedness from frequency domain information
  • From: Ron N.
• Re: normalized voltage
  • From: juniar
• Re: Estimating time domain peakedness from frequency domain information
  • From: jim
• Re: Help with a aplitude respons?
  • From: jim
• Re: Estimating time domain peakedness from frequency domain information
  • From: Mark Borgerding
• Re: Help with a aplitude respons?
  • From: Jerry Avins
• Re: Trying to implement FFT
  • From: Mark Borgerding
• Re: Estimating time domain peakedness from frequency domain information
  • From: Vladimir Vassilevsky
• Re: sourceforge group looking for help (csound)
  • From: Mark Borgerding
• Re: Estimating time domain peakedness from frequency domain information
  • From: Mark Borgerding
• Re: Estimating time domain peakedness from frequency domain information
  • From: Mark Borgerding
• Re: Estimating time domain peakedness from frequency domain information
  • From: Mark Borgerding
• Re: Help with a aplitude respons?
  • From: jim
• Re: Help with a aplitude respons?
  • From: Richard Owlett
• Re: DSP Algorithm for LVDT Synchronous AM Demodulation
  • From: Tim Wescott
• Re: Help with a aplitude respons?
  • From: Jerry Avins
• Re: normalized voltage
  • From: Jerry Avins
• Re: DSP Algorithm for LVDT Synchronous AM Demodulation
  • From: Vladimir Vassilevsky
• Reed Solomon Encoder
  • From: florence8106
• DSP Algorithm for LVDT Synchronous AM Demodulation
  • From: Gordon
• Re: Help with a aplitude respons?
  • From: Gery
• Re: Help with a aplitude respons?
  • From: Richard Owlett
• Re: Help with a aplitude respons?
  • From: Gery
• Help with a aplitude respons?
  • From: Gery
• pdf of product of two dependent rv
  • From: sairamesh@xxxxxxxxx
• normalized voltage
  • From: juniar
• Re: how to find phase shift between two signals
  • From: robert bristow-johnson
• Re: How to best detect tone amplitudes quickly?
  • From: John E. Hadstate
• Re: Oversampling in WCDMA receiver
  • From: Tim Olson
• Re: how to find phase shift between two signals
  • From: Vladimir Vassilevsky
• Re: input/output questions
  • From: Jerry Avins
• Re: how to find phase shift between two signals
  • From: Rick Lyons
• Re: Nyquist Didn't Say That
  • From: Eric Jacobsen
• Re: satellite transponder nonlinearity effect on QAM
  • From: mike450exc
• Re: how to find phase shift between two signals
  • From: fizteh89
• Re: satellite transponder nonlinearity effect on QAM
  • From: Mike Yarwood
• Re: Nyquist Didn't Say That
  • From: Jerry Avins
• Re: Multiple pass moving average filter
  • From: Newport
• Re: input/output questions
  • From: Dilip V. Sarwate
• Re: input/output questions
  • From: Jerry Avins
• Re: Multiple pass moving average filter
  • From: Jerry Avins
• Re: input/output questions
  • From: Oli Filth
• input/output questions
  • From: VijaKhara
• Re: how to find phase shift between two signals
  • From: robert bristow-johnson
• Re: how to find phase shift between two signals
  • From: fizteh89
• New DSP web site
  • From: kentonwilliston
• Re: how to find phase shift between two signals
  • From: fizteh89
• Re: how to find phase shift between two signals
  • From: robert bristow-johnson
• Re: Frequency locked loop in DVB-S2
  • From: tmoshe
• Re: Multiple pass moving average filter
  • From: Newport
• Re: 2t error correction-Reed solomon
  • From: Oli Filth
• Re: 2t error correction-Reed solomon
  • From: nezhate
• Re: How to best detect tone amplitudes quickly?
  • From: Gery
• Re: Multiple pass moving average filter
  • From: Scott Seidman
• Re: How to best detect tone amplitudes quickly?
  • From: Steve Underwood
• Re: Multiple pass moving average filter
  • From: Newport
• Re: LMS and Eigenvalue Spread
  • From: Vladimir Vassilevsky
• Blackfin boot example from RS232?
  • From: Andre
• hi all
  • From: PARTICLEREDDY
• Re: How to best detect tone amplitudes quickly?
  • From: Gery
• Re: How to best detect tone amplitudes quickly?
  • From: Gery
• Re: How to best detect tone amplitudes quickly?
  • From: Steve Underwood
• Re: satellite transponder nonlinearity effect on QAM
  • From: juniar
• Re: How to best detect tone amplitudes quickly?
  • From: Rune Allnor
• Re: Trying to implement FFT
  • From: Jacob Jensen
• sourceforge group looking for help (csound)
  • From: Eric_Dexter
• How to best detect tone amplitudes quickly?
  • From: Gery
• Re: Oversampling in WCDMA receiver
  • From: HSDPA-boy
• Re: how to find phase shift between two signals
  • From: robert bristow-johnson
• Re: how to find phase shift between two signals
  • From: robert bristow-johnson
• Re: how to find phase shift between two signals
  • From: robert bristow-johnson
• Re: how to find phase shift between two signals
  • From: robert bristow-johnson
• Re: FFSK simple implementation
  • From: overgaard
• Re: how to find phase shift between two signals
  • From: robert bristow-johnson
• Re: how to find phase shift between two signals
  • From: robert bristow-johnson
• How to write NIST file using Matlab?
  • From: Nash
• Re: how to find phase shift between two signals
  • From: Rune Allnor
• Re: how to find phase shift between two signals
  • From: Rune Allnor
• LMS and Eigenvalue Spread
  • From: Major Misunderstanding
• Re: Multiple pass moving average filter
  • From: Newport
• Re: Multiple pass moving average filter
  • From: Jerry Avins
• Re: Multiple pass moving average filter
  • From: jim
• Re: Oversampling in WCDMA receiver
  • From: Tim Olson
• Re: Multiple pass moving average filter
  • From: Newport
• Re: Trying to implement FFT
  • From: Oli Filth
• Re: Multiple pass moving average filter
  • From: Tim Wescott
• Re: Multiple pass moving average filter
  • From: Scott Seidman
• Re: Multiple pass moving average filter
  • From: Ray Andraka
• Re: Trying to implement FFT
  • From: Jacob Jensen
• Re: how to find phase shift between two signals
  • From: Vladimir Vassilevsky
• Re: how to find phase shift between two signals
  • From: Scott Seidman
• Re: how to find phase shift between two signals
  • From: decious
• Re: how to find phase shift between two signals
  • From: Scott Seidman
• Re: how to find phase shift between two signals
  • From: Andor
• Re: how to find phase shift between two signals
  • From: Andor
• Re: DAC using PWM
  • From: Vladimir Vassilevsky
• Re: how to find phase shift between two signals
  • From: robert bristow-johnson
• Re: DAC using PWM
  • From: Rocky
• Re: how to find phase shift between two signals
  • From: fizteh89
• Re: how to find phase shift between two signals
  • From: robert bristow-johnson
• Re: Frequency locked loop in DVB-S2
  • From: Tim Wescott
• Re: Bistatic Radar Tracking with EKF
  • From: John Herman
• Re: how to find phase shift between two signals
  • From: Scott Seidman
• Re: Frequency locked loop in DVB-S2
  • From: Oli Filth
• Re: Frequency locked loop in DVB-S2
  • From: Eric Jacobsen
• Re: Frequency locked loop in DVB-S2
  • From: tmoshe
• Re: how to find phase shift between two signals
  • From: fizteh89
• Re: recommend book on digital communication receivers?
  • From: philgo
• Re: Frequency locked loop in DVB-S2
  • From: Tim Wescott
• Re: linear time invariant system question?
  • From: Tim Wescott
• Re: FFSK simple implementation
  • From: Tim Wescott
• Re: Berlekamp fail detect
  • From: patrick . melet
• Re: linear time invariant system question?
  • From: Oli Filth
• Re: how to find phase shift between two signals
  • From: Jerry Avins
• FFSK simple implementation
  • From: overgaard
• linear time invariant system question?
  • From: VijaKhara
• Re: Trying to implement FFT
  • From: Oli Filth
• Trying to implement FFT
  • From: Jacob Jensen
• Re: recommend book on digital communication receivers?
  • From: Phil
• Re: how to find phase shift between two signals
  • From: Scott Seidman
• Re: how to find phase shift between two signals
  • From: Andor
• Bistatic Radar Tracking with EKF
  • From: hmahdi12
• Frequency locked loop in DVB-S2
  • From: tmoshe
• Proakis, Lecture in DC, Problems with Testexam
  • From: mail
• Re: recommend book on digital communication receivers?
  • From: decious
• Re: Estimating time domain peakedness from frequency domain information
  • From: Andor
• Re: Oversampling in WCDMA receiver
  • From: HSDPA-boy
• Re: how to find phase shift between two signals
  • From: Fred Marshall
• stored audio input
  • From: Arul
• Re: how to find phase shift between two signals
  • From: robert bristow-johnson
• Re: how to find phase shift between two signals
  • From: Bill
• Re: DSP for a simple differential microphone array
  • From: Philip Martel
• Re: how to find phase shift between two signals
  • From: Symon
• Possible to use Blackfin EZ-kit as generic JTAG-emulator?
  • From: mva2se
• Re: Estimating time domain peakedness from frequency domain information
  • From: Ksen
• Re: how to find phase shift between two signals
  • From: Richard Owlett
• how to find phase shift between two signals
  • From: suhas . deshmukh
• recommend book on digital communication receivers?
  • From: philgo
• Re: Equivalence of MSK implementations (OQPSK vs. CPFSK)
  • From: Oli Filth
• Re: how to wire the pushbutton to the PLC
  • From: Jerry Avins
• Re: a test plan for AGC???
  • From: yijun_lily@xxxxxxxxx
• Re: Equivalence of MSK implementations (OQPSK vs. CPFSK)
  • From: langwadt
• Re: how to wire the pushbutton to the PLC
  • From: lanbaba
• Re: Berlekamp fail detect
  • From: lanbaba
• Re: Equivalence of MSK implementations (OQPSK vs. CPFSK)
  • From: Tim Wescott
• Berlekamp fail detect
  • From: patrick . melet
• Re: Multiple pass moving average filter
  • From: Newport
• Re: Multiple pass moving average filter
  • From: Newport
• Re: ADSP21364 Memory Bandwidth
  • From: Al Clark
• Re: Equivalence of MSK implementations (OQPSK vs. CPFSK)
  • From: Oli Filth
• Re: Equivalence of MSK implementations (OQPSK vs. CPFSK)
  • From: Oli Filth
• Re: Equivalence of MSK implementations (OQPSK vs. CPFSK)
  • From: Vladimir Vassilevsky
• Re: Equivalence of MSK implementations (OQPSK vs. CPFSK)
  • From: Oli Filth
• Re: AM demodulation using MATLAB
  • From: Scott Seidman
• Re: what is best way to resample 16khz NIST wav (TIMIT corpus) to 8khz file?
  • From: Viognier
• Re: Why does low highpass in fir filter cause NaN?
  • From: Rick Lyons
• Clustering using wavelets
  • From: sanjaysaini1
• Re: Multiple pass moving average filter
  • From: Andor
• Re: Multiple pass moving average filter
  • From: Tony
• Re: DSP for a simple differential microphone array
  • From: seasun
• Re: some suggestions on my octave-band spectrogram analysis in fixed point DSP implementation
  • From: Simon
• what is best way to resample 16khz NIST wav (TIMIT corpus) to 8khz file?
  • From: Nash
• Re: Equivalence of MSK implementations (OQPSK vs. CPFSK)
  • From: Randy Yates
• Re: Equivalence of MSK implementations (OQPSK vs. CPFSK)
  • From: Tim Wescott
• ADSP21364 Memory Bandwidth
  • From: Buzz
• Equivalence of MSK implementations (OQPSK vs. CPFSK)
  • From: Oli Filth
• Re: Confusion on bandwidth
  • From: Jerry Avins
• Re: Finding ARMA coefficients
  • From: dilpreet06
• Re: Confusion on bandwidth
  • From: PeteS
• Re: DAC using PWM
  • From: Vladimir Vassilevsky
• Re: FFT extrapolation on wavelet transform of weather data
  • From: jim
• DAC using PWM
  • From: Rocky
• Re: Confusion on bandwidth
  • From: Eric Jacobsen
• Re: FFT extrapolation on wavelet transform of weather data
  • From: sanjaysaini1
• Re: FFT extrapolation on wavelet transform of weather data
  • From: jim
• Re: FFT extrapolation on wavelet transform of weather data
  • From: Jerry Avins
• Re: Kalman filters and matrix inverses
  • From: Rune Allnor
• Re: Kalman filters and matrix inverses
  • From: Tim Wescott
• Re: Kalman filters and matrix inverses
  • From: decious
• Re: Why does low highpass in fir filter cause NaN?
  • From: Tim Wescott
• Re: FFT extrapolation on wavelet transform of weather data
  • From: jim
• Re: FFT extrapolation on wavelet transform of weather data
  • From: Rune Allnor
• Re: Kalman filters and matrix inverses
  • From: Gordon Sande
• Re: FFT extrapolation on wavelet transform of weather data
  • From: jim
• Re: FIR filter software
  • From: Jerry Avins
• Why does low highpass in fir filter cause NaN?
  • From: charlesblackstone1
• Kalman filters and matrix inverses
  • From: Rune Allnor
• Re: FIR filter software
  • From: Richard Owlett
• Re: 32-Bit FFT
  • From: Mark Borgerding
• Re: Inverse time fourier transform question?
  • From: Oli Filth
• Re: FIR filter software
  • From: Ben Jackson
• FIR filter software
  • From: hrh1818
• Re: LMSE Estimation and Least Squares
  • From: Oli Filth
• FFT extrapolation on wavelet transform of weather data
  • From: sanjaysaini1
• Inverse time fourier transform question?
  • From: VijaKhara
• Re: AM demodulation using MATLAB
  • From: Mad Prof
• Re: Another N00b Fixed Point Numbers Question.
  • From: Sathish
• AM demodulation using MATLAB
  • From: farah727rash@xxxxxxxxx
• Re: Symmetric phase response of an IIR allpass.
  • From: robert bristow-johnson
• Re: Semi-OT semi-rant: Superman vs Fantastic 4
  • From: Vladimir Vassilevsky
• Re: Semi-OT semi-rant: Superman vs Fantastic 4
  • From: Rune Allnor
• Re: Semi-OT semi-rant: Superman vs Fantastic 4
  • From: Vladimir Vassilevsky
• Re: Multiple pass moving average filter
  • From: Newport
• Re: Multiple pass moving average filter
  • From: Andor
• Re: Symmetric phase response of an IIR allpass.
  • From: Andor
• Re: satellite transponder nonlinearity effect on QAM
  • From: juniar
• Re: satellite transponder nonlinearity effect on QAM
  • From: juniar
• Re: satellite transponder nonlinearity effect on QAM
  • From: juniar
• WRITING ON DIRTY PAPER (HELP NEEDED)
  • From: PARTICLEREDDY
• Re: Can the Image Processing Industry Be Entered Without A Specialized Degree?
  • From: Randy Yates
• Re: Symmetric phase response of an IIR allpass.
  • From: robert bristow-johnson
• Multiple pass moving average filter
  • From: edwards2107
• Job opportunities for those with a passion for image processing
  • From: barry
• Any one can help me in writing pseudo code for Run Length Coding in Image Processing
  • From: Searcher
• Re: satellite transponder nonlinearity effect on QAM
  • From: johns
• Re: question on ofdm transceiver front end design.
  • From: johns
• Re: a test plan for AGC???
  • From: johns
• Re: Spectral Analysis using MATLAB
  • From: farah727rash@xxxxxxxxx
• a test plan for AGC???
  • From: yijun_lily@xxxxxxxxx
• Re: Can I atomically grab a CPU timer value in TMS320x280x DSP?
  • From: Alex
• question on ofdm transceiver front end design.
  • From: philgo
• Re: Confusion on bandwidth
  • From: PeteS
• Re: Confusion on bandwidth
  • From: PeteS
• Re: Symmetric phase response of an IIR allpass.
  • From: Ken Prager
• Re: Spectral Analysis using MATLAB
  • From: Ikaro
• Re: Spectral Analysis using MATLAB
  • From: Ikaro
• Re: satellite transponder nonlinearity effect on QAM
  • From: juniar
• Re: 32-Bit FFT
  • From: Scott Seidman
• Re: LPC coding doubt
  • From: Martin Eisenberg
• satellite transponder nonlinearity effect on QAM
  • From: juniar
• 32-Bit FFT
  • From: bluewhite69
• Re: Symmetric phase response of an IIR allpass.
  • From: robert bristow-johnson
• Re: Spectral Analysis using MATLAB
  • From: Hans Sørensen
• Re: Confusion on bandwidth
  • From: Jerry Avins
• Re: data save code composer
  • From: gun
• Re: Symmetric phase response of an IIR allpass.
  • From: Andor
• Re: Rechargeable batteries
  • From: Jerry Avins
• Re: Symmetric phase response of an IIR allpass.
  • From: gilad
• Re: DSP Spectral Analysis using MATLAB
  • From: Scott Seidman
• Spectral Analysis using MATLAB
  • From: farah727rash@xxxxxxxxx
• Re: Symmetric phase response of an IIR allpass.
  • From: Ken Prager
• DSP Spectral Analysis using MATLAB
  • From: farah727rash@xxxxxxxxx
• Re: Can I atomically grab a CPU timer value in TMS320x280x DSP?
  • From: dalai lamah
• Re: Example for WSS that is not SSS RP
  • From: JohnP
• Re: Symmetric phase response of an IIR allpass.
  • From: Andor
• Re: some suggestions on my octave-band spectrogram analysis in fixed point DSP implementation
  • From: Simon
• Re: Can I atomically grab a CPU timer value in TMS320x280x DSP?
  • From: Bernhard Holzmayer
• Re: some suggestions on my octave-band spectrogram analysis in fixed point DSP implementation
  • From: Simon
• Re: Rechargeable batteries
  • From: Rune Allnor
• Re: LPC coding doubt
  • From: Hans Sørensen
• Re: LPC coding doubt
  • From: Srikanth
• Re: Rechargeable batteries
  • From: Jerry Avins
• Re: Can the Image Processing Industry Be Entered Without A Specialized Degree?
  • From: Steve Underwood
• Re: Can the Image Processing Industry Be Entered Without A Specialized Degree?
  • From: Jerry Avins
• Re: Symmetric phase response of an IIR allpass.
  • From: robert bristow-johnson
• Re: Oversampling in WCDMA receiver
  • From: Tim Olson
• Re: Symmetric phase response of an IIR allpass.
  • From: Martin Eisenberg
• Re: some suggestions on my octave-band spectrogram analysis in fixed point DSP implementation
  • From: Vladimir Vassilevsky
• Can I atomically grab a CPU timer value in TMS320x280x DSP?
  • From: Alex
• Re: Can the Image Processing Industry Be Entered Without A Specialized Degree?
  • From: Randy Yates
• Re: LPC coding doubt
  • From: Hans Sørensen
• Re: Can the Image Processing Industry Be Entered Without A Specialized Degree?
  • From: Randy Yates
• Symmetric phase response of an IIR allpass.
  • From: gilad
• Re: Systolix Filter Express Activation
  • From: Leon
• Re: LPC coding doubt
  • From: Martin Eisenberg
• Re: Semi-OT semi-rant: Superman vs Fantastic 4
  • From: Andrey Kuznetsov
• Re: please suggest DSP for 14-bit 60-mhz
  • From: Bhaskar Thiagarajan
• Re: Confusion on bandwidth
  • From: HarishKumar.Ch@xxxxxxxxx
• Re: some suggestions on my octave-band spectrogram analysis in fixed point DSP implementation
  • From: Simon
• Re: Can the Image Processing Industry Be Entered Without A Specialized Degree?
  • From: Space1999
• Re: Rechargeable batteries
  • From: steve
• Re: LPC coding doubt
  • From: Vladimir Vassilevsky
• Re: some suggestions on my octave-band spectrogram analysis in fixed point DSP implementation
  • From: Vladimir Vassilevsky
• LPC coding doubt
  • From: Srikanth
• Oversampling in WCDMA receiver
  • From: HSDPA-boy
• Systolix Filter Express Activation
  • From: LarryC
• LMSE Estimation and Least Squares
  • From: newsgroups.reader@xxxxxxxxx
• Re: Rechargeable batteries
  • From: Clay
• Re: Rechargeable batteries
  • From: Rune Allnor
• some suggestions on my octave-band spectrogram analysis in fixed point DSP implementation
  • From: Simon
• Re: question on frequency domain channel estimation in OFDM
  • From: PARTICLEREDDY
• Re: Rechargeable batteries
  • From: ajithpc
• Re: DSP Compiler, Linker and Loader under Linux.
  • From: Andor
• Re: Rechargeable batteries
  • From: Steve Underwood
• Re: DSP selection for GMSK modem
  • From: Unomano
• Re: DSP Compiler, Linker and Loader under Linux.
  • From: anisotropic
• Rechargeable batteries
  • From: Rune Allnor
• Re: data save code composer
  • From: Korenje
• Re: Can the Image Processing Industry Be Entered Without A Specialized Degree?
  • From: Tim Wescott
• Re: DSP Compiler, Linker and Loader under Linux.
  • From: spano
• Re: How to scale second order IIR filter koefficients?
  • From: robert bristow-johnson
• Re: Pacticality of LOW COST, after the fact echo reduction
  • From: Richard Owlett
• Re: question on frequency domain channel estimation in OFDM
  • From: philgo
• Re: Estimating time domain peakedness from frequency domain information
  • From: glen herrmannsfeldt
• Re: question on frequency domain channel estimation in OFDM
  • From: Eric Jacobsen
• Re: question on frequency domain channel estimation in OFDM
  • From: cb135
• Re: question on FIR channel
  • From: Andor
• question on frequency domain channel estimation in OFDM
  • From: philgo
• Re: question on FIR channel
  • From: philgo
• Re: question on FIR channel
  • From: philgo
• Re: question on FIR channel
  • From: philgo
• Re: How to scale second order IIR filter koefficients?
  • From: Gery
• Re: Another N00b Fixed Point Numbers Question.
  • From: Jerry Avins
• Re: binary to fixed point interpretation
  • From: Ved
• Re: Estimating time domain peakedness from frequency domain information
  • From: Jerry Avins
• Wavelets for circular data?
  • From: Ksen
• Re: please suggest DSP for 14-bit 60-mhz
  • From: cutemonster
• Re: Good ol' Fourier
  • From: Jerry Avins
• Can the Image Processing Industry Be Entered Without A Specialized Degree?
  • From: Space1999
• Re: question on FIR channel
  • From: philgo
• Re: question on FIR channel
  • From: philgo
• Re: please suggest DSP for 14-bit 60-mhz
  • From: Bhaskar Thiagarajan
• Re: Semi-OT semi-rant: Superman vs Fantastic 4
  • From: Rune Allnor
• Re: Estimating time domain peakedness from frequency domain information
  • From: Ikaro
• Re: How to scale second order IIR filter koefficients?
  • From: robert bristow-johnson
• Re: Estimating time domain peakedness from frequency domain information
  • From: Vladimir Vassilevsky
• Re: Sampling
  • From: Tim Wescott
• Re: Semi-OT semi-rant: Superman vs Fantastic 4
  • From: Vladimir Vassilevsky
• Re: Estimating time domain peakedness from frequency domain information
  • From: Ksen
• Re: Another N00b Fixed Point Numbers Question.
  • From: cb135
• Re: Estimating time domain peakedness from frequency domain information
  • From: Andor
• Another N00b Fixed Point Numbers Question.
  • From: Mazen
• Wavelets compression for circular data?
  • From: Ksen
• Estimating time domain peakedness from frequency domain information
  • From: Ksen
• data save code composer
  • From: gun
• Re: please suggest DSP for 14-bit 60-mhz
  • From: Randy Yates
• Re: please suggest DSP for 14-bit 60-mhz
  • From: steve
• Re: DSP Compiler, Linker and Loader under Linux.
  • From: Randy Yates
• Re: PreWraping in Lead/Lag
  • From: Scott Seidman
• Re: question on FIR channel
  • From: Andor
• Re: Good ol' Fourier
  • From: uli . brueggemann
• DSP Compiler, Linker and Loader under Linux.
  • From: Nanar Duff
• Re: Good ol' Fourier
  • From: Chetan Vinchhi
• please suggest DSP for 14-bit 60-mhz
  • From: cutemonster
• Re: Semi-OT semi-rant: Superman vs Fantastic 4
  • From: glen herrmannsfeldt
• Re: question on FIR channel
  • From: glen herrmannsfeldt
• Re: Good ol' Fourier
  • From: glen herrmannsfeldt
• Re: Confusion on bandwidth
  • From: glen herrmannsfeldt
• Re: Good ol' Fourier
  • From: Andor
• Re: Confusion on bandwidth
  • From: mathrookie
• Re: question on FIR channel
  • From: Andor
• Re: How to scale second order IIR filter koefficients?
  • From: Gery
• Re: Good ol' Fourier
  • From: rtonyreeder
• Re: Non-linear curve fitting: y = Ae^(-t/tau) + C
  • From: Ulrich Bangert
• Re: question on FIR channel
  • From: Fred Marshall
• Re: PreWraping in Lead/Lag
  • From: Jerry Avins
• Re: question on FIR channel
  • From: Jerry Avins
• Saving files with many components in VisSim
  • From: viji
• Re: Confusion on bandwidth
  • From: Jerry Avins
• Re: question on FIR channel
  • From: philgo
• Re: Sampling
  • From: Mad Prof
• Sampling
  • From: Toro
• Re: PreWraping in Lead/Lag
  • From: Toro
• Re: Good ol' Fourier
  • From: Randy Yates
• Re: Semi-OT semi-rant: Superman vs Fantastic 4
  • From: Randy Yates
• Good ol' Fourier
  • From: markroworth
• Re: Confusion on bandwidth
  • From: robert bristow-johnson
• Re: Semi-OT semi-rant: Superman vs Fantastic 4
  • From: Clay
• Re: question on FIR channel
  • From: robert bristow-johnson
• question on FIR channel
  • From: philgo
• Re: How to scale second order IIR filter koefficients?
  • From: robert bristow-johnson
• Re: How to scale second order IIR filter koefficients?
  • From: Randy Yates
• Re: How to scale second order IIR filter koefficients?
  • From: robert bristow-johnson
• Re: Monochromatic Wave: suppressing the positive frequency component and doubling the negative frequency component??
  • From: Fred Marshall
• OT Nit picking about English
  • From: Jerry Avins
• Re: Pacticality of LOW COST, after the fact echo reduction
  • From: Richard Owlett
• Re: McBSP as SPI master problem
  • From: Jerry Avins
• Re: Semi-OT semi-rant: Superman vs Fantastic 4
  • From: Jerry Avins
• Re: How to scale second order IIR filter koefficients?
  • From: Tim Wescott
• Re: How to scale second order IIR filter koefficients?
  • From: Randy Yates
• Re: How to scale second order IIR filter koefficients?
  • From: robert bristow-johnson
• Re: OT: Recreational puzzle
  • From: Eric Jacobsen
• Re: How to scale second order IIR filter koefficients?
  • From: Vladimir Vassilevsky
• Re: Confusion on bandwidth
  • From: glen herrmannsfeldt
• Re: Way OT: Rrepairing rally cars vs regular cars
  • From: langwadt
• Re: Semi-OT semi-rant: Superman vs Fantastic 4
  • From: Tim Wescott
• Re: How to scale second order IIR filter koefficients?
  • From: Tim Wescott
• Re: How to scale second order IIR filter koefficients?
  • From: Tim Wescott
• Re: Semi-OT semi-rant: Superman vs Fantastic 4
  • From: Frederick
• Re: Semi-OT semi-rant: Superman vs Fantastic 4
  • From: Andrey Kuznetsov
• Re: How to scale second order IIR filter koefficients?
  • From: Randy Yates
• How to scale second order IIR filter koefficients?
  • From: Gery
• Re: Confusion on bandwidth
  • From: Rune Allnor
• Re: McBSP as SPI master problem
  • From: SJ Hsu
• McBSP as SPI master problem
  • From: SJ Hsu
• Confusion on bandwidth
  • From: mathrookie
• Semi-OT semi-rant: Superman vs Fantastic 4
  • From: Rune Allnor
• Re: OT: Recreational puzzle
  • From: Andor
• Re: Monochromatic Wave: suppressing the positive frequency component and doubling the negative frequency component??
  • From: Jerry Avins
• Re: Question about Autoregressive model?
  • From: Rune Allnor
• Re: Monochromatic Wave: suppressing the positive frequency component and doubling the negative frequency component??
  • From: Fred Marshall
• Re: Way OT: Rrepairing rally cars vs regular cars
  • From: Rune Allnor
• Re: Question about Autoregressive model?
  • From: sheepshaggerx
• Re: Q: New Audio FX DSP available wih IDE. ? Waddya think?
  • From: Elan Magavi
• Re: OT: Recreational puzzle
  • From: Steve Underwood
• Re: Pacticality of LOW COST, after the fact echo reduction
  • From: Mark
• Re: Q: New Audio FX DSP available wih IDE. ? Waddya think?
  • From: Bassmaniac
• Re: Q: New Audio FX DSP available wih IDE. ? Waddya think?
  • From: Elan Magavi
• Re: Monochromatic Wave: suppressing the positive frequency component and doubling the negative frequency component??
  • From: Peter O. Brackett
• Re: Way OT: Rrepairing rally cars vs regular cars
  • From: Eric Jacobsen
• Re: OT: Recreational puzzle
  • From: Eric Jacobsen
• Question about Autoregressive model?
  • From: VijaKhara
• Re: Q: New Audio FX DSP available wih IDE. ? Waddya think?
  • From: Bassmaniac
• Q: New Audio FX DSP available wih IDE. ? Waddya think?
  • From: Elan Magavi
• Re: Game Audio Conference in Austin
  • From: Richard Owlett
• Re: 2t error correction-Reed solomon
  • From: Dilip V. Sarwate
• What kind of (M, N) pairs of MIMO are typical in the 802.16e-compliant phones?
  • From: ilmojung
• Empirical Mode Decomposition : Spikes
  • From: Carlos.br
• Re: Way OT: Rrepairing rally cars vs regular cars
  • From: Jerry Wolf
• Re: Way OT: Rrepairing rally cars vs regular cars
  • From: Jerry Avins
• Re: Way OT: Rrepairing rally cars vs regular cars
  • From: Everett M. Greene
• Re: Way OT: Rrepairing rally cars vs regular cars
  • From: Symon
• Re: Way OT: Rrepairing rally cars vs regular cars
  • From: Clay
• Link DMA setting in ADSP TS101
  • From: servo
• Way OT: Rrepairing rally cars vs regular cars
  • From: Rune Allnor
• Re: OT: Recreational puzzle
  • From: Rune Allnor
• Re: OT: Recreational puzzle
  • From: Alan Tan
• Re: The Cascade Algorithm - Recursion, Wavelets
  • From: moosedude
• Re: OT: Recreational puzzle
  • From: Rune Allnor
• Re: OT: Recreational puzzle
  • From: Rune Allnor
• Re: OT: Recreational puzzle
  • From: Rune Allnor
• Re: OT: Recreational puzzle
  • From: Jerry Avins
• Re: OT: Recreational puzzle
  • From: Jerry Avins
• Re: OT: Recreational puzzle
  • From: Jerry Avins
• Re: Need Help
  • From: Fred Marshall
• Re: OT: Recreational puzzle
  • From: Martin Eisenberg
• Need Help
  • From: alamshawn
• Re: Monochromatic Wave: suppressing the positive frequency component and doubling the negative frequency component??
  • From: robert bristow-johnson
• Re: Monochromatic Wave: suppressing the positive frequency component and doubling the negative frequency component??
  • From: sheepshaggerx
• Monochromatic Wave: suppressing the positive frequency component and doubling the negative frequency component??
  • From: dee_s18
• Re: OT: Recreational puzzle
  • From: Eric Jacobsen
• Re: OT: Recreational puzzle
  • From: robert bristow-johnson
• Pacticality of LOW COST, after the fact echo reduction
  • From: Richard Owlett
• SNR estimation or how to measure signal level
  • From: Erida
• XDS510PP PCI I/O card problem
  • From: robby
• 2t error correction-Reed solomon
  • From: nezhate
• Re: OT: Recreational puzzle
  • From: Rune Allnor
• Re: OT: Recreational puzzle
  • From: glen herrmannsfeldt
• Re: OT: Recreational puzzle
  • From: Alan Tan
• Re: Seismic signals
  • From: Arul
• Re: OT: Recreational puzzle
  • From: Rune Allnor
• Re: Seismic signals
  • From: Rune Allnor
• Re: DSP selection for GMSK modem
  • From: coderpunk
• bytecode for dsp cpu support
  • From: jacko
• Re: DWT anti-causality
  • From: lucas . denoir
• Re: DWT anti-causality
  • From: Jerry Avins
• Re: OT: Recreational puzzle
  • From: Jerry Avins
• Re: Seismic signals
  • From: Jerry Avins
• Re: from comp.compression
  • From: Jerry Avins
• Re: DWT anti-causality
  • From: Jerry Avins
• Re: DWT anti-causality
  • From: Jani Huhtanen
• Re: DWT anti-causality
  • From: Jani Huhtanen
• Re: OT: Recreational puzzle
  • From: John
• Re: estimation of autocorrelation matrix or eigenvalue spread.
  • From: Rune Allnor
• Re: estimation of autocorrelation matrix or eigenvalue spread.
  • From: mk
• OT: Recreational puzzle
  • From: Rune Allnor
• Re: Seismic signals
  • From: Randy Yates
• Re: from comp.compression
  • From: Frederick
• Re: DWT anti-causality
  • From: Scott Seidman
• Re: DWT anti-causality
  • From: drick
• Re: DWT anti-causality
  • From: Jani Huhtanen
• Re: DWT anti-causality
  • From: Jerry Avins
• Re: DWT anti-causality
  • From: Jani Huhtanen
• Re: doubly conditioned PDF
  • From: drick
• Re: from comp.compression
  • From: Jerry Avins
• Re: DWT anti-causality
  • From: Jerry Avins
• Re: from comp.compression
  • From: Frederick
• Re: How to calculate the order (parameters) of an FIR filter Optimally
  • From: robert bristow-johnson
• Re: DWT anti-causality
  • From: Jani Huhtanen
• Re: doubly conditioned PDF
  • From: Stephen J. Herschkorn
• Re: How to calculate the order (parameters) of an FIR filter Optimally
  • From: Jerry Avins
• Re: Seismic signals
  • From: Jerry Avins
• Re: DWT anti-causality
  • From: Jerry Avins
• Re: How to calculate the order (parameters) of an FIR filter Optimally
  • From: Fred Marshall
• Re: DSP selection for GMSK modem
  • From: Tim Wescott
• Re: estimation of autocorrelation matrix or eigenvalue spread.
  • From: Rune Allnor
• Re: estimation of autocorrelation matrix or eigenvalue spread.
  • From: Andor
• Re: Raised Cosine filter output not what I expect
  • From: Jim Thomas
• Re: How to calculate the order (parameters) of an FIR filter Optimally
  • From: Rune Allnor
• How to calculate the order (parameters) of an FIR filter Optimally
  • From: renaudin
• Re: Seismic signals
  • From: Andor
• Seismic signals
  • From: Arul
• Re: DSP selection for GMSK modem
  • From: Unomano
• Re: estimation of autocorrelation matrix or eigenvalue spread.
  • From: Rune Allnor
• Re: DWT anti-causality
  • From: lucas . denoir
• Re: DWT anti-causality
  • From: lucas . denoir
• Re: Position estimation to sound source
  • From: Philip Martel
• Re: [OT] Dipole? antenna
  • From: Joerg
• estimation of autocorrelation matrix or eigenvalue spread.
  • From: mk
• Re: autocorrelation negative values
  • From: johns
• Re: Raised Cosine filter output not what I expect
  • From: bill mofson
• Re: autocorrelation negative values
  • From: Thomas Magma
• Re: Raised Cosine filter output not what I expect
  • From: Wilson
• Re: Strange Discrete Fourier Transform question
  • From: Fred Marshall
• Re: DWT anti-causality
  • From: Jani Huhtanen
• Re: PreWraping in Lead/Lag
  • From: Jerry Avins
• Re: DWT anti-causality
  • From: Andor
• Re: autocorrelation negative values
  • From: Dilip V. Sarwate
• Re: MSK demodulation using PLL
  • From: Tim Wescott
• Re: PreWraping in Lead/Lag
  • From: Scott Seidman
• Re: PreWraping in Lead/Lag
  • From: Jerry Avins
• Re: how to wire the pushbutton to the PLC
  • From: Jerry Avins
• Re: DWT anti-causality
  • From: Jani Huhtanen
• Re: DWT anti-causality
  • From: Jani Huhtanen
• Re: DWT anti-causality
  • From: Andor
• Re: DWT anti-causality
  • From: Andor
• Blackfin bootrom and DMA
  • From: vojaghanto
• Re: DWT anti-causality
  • From: Jerry Avins
• Re: 8 bit white noise algorithm
  • From: PeteS
• Re: Strange Discrete Fourier Transform question
  • From: Jerry Avins
• MSK demodulation using PLL
  • From: kaushalparikh
• Re: DSP selection for GMSK modem
  • From: Anonymous
• Re: how to wire the pushbutton to the PLC
  • From: lanbaba
• Re: 8 bit white noise algorithm
  • From: John E. Hadstate
• Re: ? 2D spectrum and when random erros are added
  • From: Cheng Cosine
• DSP selection for GMSK modem
  • From: Unomano
• DSP selection for FSK modem
  • From: Unomano
• Re: Strange Discrete Fourier Transform question
  • From: Fred Marshall
• Re: calculating the coefficients of a butterworth iir filter
  • From: Rune Allnor
• Re: autocorrelation negative values
  • From: Rune Allnor
• Re: Raised Cosine filter output not what I expect
  • From: bill mofson
• Re: Raised Cosine filter output not what I expect
  • From: bill mofson
• Re: Raised Cosine filter output not what I expect
  • From: bill mofson
• Re: 2D FFT:
  • From: Rune Allnor
• Re: Raised Cosine filter output not what I expect
  • From: Wilson
• Re: Position estimation to sound source
  • From: Rune Allnor
• PreWraping in Lead/Lag
  • From: Toro
• Re: DWT anti-causality
  • From: lucas . denoir
• Re: 8 bit white noise algorithm
  • From: Steve Underwood
• ? 2D spectrum and when random erros are added
  • From: Cheng Cosine
• Re: how to wire the pushbutton to the PLC
  • From: Jerry Avins
• Re: autocorrelation negative values
  • From: Thomas Magma
• Re: autocorrelation negative values
  • From: johns
• Re: Move the poles and recalculate -3dB points?
  • From: Jerry Avins
• Re: DWT anti-causality
  • From: Jerry Avins
• Re: Strange Discrete Fourier Transform question
  • From: Jerry Avins
• Re: autocorrelation negative values
  • From: robert bristow-johnson
• Re: Change center frequency of I, Q values
  • From: johns
• Re: Change center frequency of I, Q values
  • From: Bhaskar Thiagarajan
• Re: Way OT: Sky News
  • From: Anonymous
• autocorrelation negative values
  • From: Thomas Magma
• Change center frequency of I, Q values
  • From: Raphael31
• Re: DWT anti-causality
  • From: lucas . denoir
• Re: how to wire the pushbutton to the PLC
  • From: lanbaba
• Re: Move the poles and recalculate -3dB points?
  • From: Bob
• Re: Strange Discrete Fourier Transform question
  • From: glen herrmannsfeldt
• Re: how to wire the pushbutton to the PLC
  • From: Jerry Avins
• Blackfin 536/537 device driver under VDK
  • From: MattWang
• Re: DWT anti-causality
  • From: Jerry Avins
• Re: Move the poles and recalculate -3dB points?
  • From: Tim Wescott
• Re: DWT anti-causality
  • From: Jani Huhtanen
• Re: how to wire the pushbutton to the PLC
  • From: Tim Wescott
• Re: Move the poles and recalculate -3dB points?
  • From: Jerry Avins
• Re: DWT anti-causality
  • From: lucas . denoir
• Re: Correction: Raised Cosine filter output not what I expect
  • From: Jerry Avins
• Re: Strange Discrete Fourier Transform question
  • From: Jerry Avins
• Re: Strange Discrete Fourier Transform question
  • From: Jerry Avins
• how to wire the pushbutton to the PLC
  • From: lanbaba
• Re: ofdm receiver - fading
  • From: Shahin
• Re: Raised Cosine filter output not what I expect
  • From: cb135
• Re: DWT anti-causality
  • From: Jani Huhtanen
• Move the poles and recalculate -3dB points?
  • From: Bob
• Re: DSP56303 assembler tutorial?
  • From: Bob
• Re: 8 bit white noise algorithm
  • From: John E. Hadstate
• Re: Strange Discrete Fourier Transform question
  • From: glen herrmannsfeldt
• Re: pair-wise error probability - what's the point?
  • From: glen herrmannsfeldt
• Re: OFDM Spectrum
  • From: JohnP
• Re: Any tips for making my first DSP board?
  • From: vu3rdd
• Re: DSP56303 assembler tutorial?
  • From: JohnP
• Re: Strange Discrete Fourier Transform question
  • From: Fred Marshall
• Re: Correction: Raised Cosine filter output not what I expect
  • From: bill mofson
• Re: 8 bit white noise algorithm
  • From: Steve Underwood
• Re: Correction: Raised Cosine filter output not what I expect
  • From: Jerry Avins
• Re: 8 bit white noise algorithm
  • From: Jerry Avins
• Re: Strange Discrete Fourier Transform question
  • From: Jerry Avins
• Re: Raised Cosine filter output not what I expect
  • From: bill mofson
• Re: Correction: Raised Cosine filter output not what I expect
  • From: bill mofson
• Re: Correction: Raised Cosine filter output not what I expect
  • From: Jerry Avins
• Re: Raised Cosine filter output not what I expect
  • From: Jerry Avins
• Re: Correction: Raised Cosine filter output not what I expect
  • From: bill mofson
• Re: Correction: Raised Cosine filter output not what I expect
  • From: Mike Yarwood
• Re: Correction: Raised Cosine filter output not what I expect
  • From: Mike Yarwood
• Re: pair-wise error probability - what's the point?
  • From: mk
• Re: Strange Discrete Fourier Transform question
  • From: glen herrmannsfeldt
• Re: Correction: Raised Cosine filter output not what I expect
  • From: Mike Yarwood
• Re: pair-wise error probability - what's the point?
  • From: glen herrmannsfeldt
• Correction: Raised Cosine filter output not what I expect
  • From: bill mofson
• Raised Cosine filter output not what I expect
  • From: bill mofson
• Hadamard matrics, Hurwitz , amicable systems
  • From: Almas_Uddin_Ahmed
• Re: Contemporary Audio DSP
  • From: Jaime Andrés Aranguren Cardona
• Re: Any tips for making my first DSP board?
  • From: David Tweed
• Re: [OT] Dipole? antenna
  • From: Richard Owlett
• Re: Reverse Engineering 2-Pole Filter Coefficients
  • From: Tim Wescott
• Re: Reverse Engineering 2-Pole Filter Coefficients
  • From: Ben Jackson
• Contemporary Audio DSP
  • From: MarkAren
• Re: [OT] Dipole? antenna
  • From: Tim Wescott
• [OT] Dipole? antenna
  • From: Richard Owlett
• Re: Reed solomon question
  • From: curtis_m_watson
• Re: Reverse Engineering 2-Pole Filter Coefficients
  • From: Michael . A . Alvarado
• Re: Any tips for making my first DSP board?
  • From: Jerry Avins
• Re: Position estimation to sound source
  • From: Jerry Avins
• Re: Frequency discriminator algorithms?
  • From: Jerry Avins
• Re: OT Paradox: all lines are parallel
  • From: Jerry Avins
• Re: pair-wise error probability - what's the point?
  • From: Randy Yates
• Re: Any tips for making my first DSP board?
  • From: Tim Wescott
• Re: Reverse Engineering 2-Pole Filter Coefficients
  • From: Tim Wescott
• DWT anti-causality
  • From: lucas . denoir
• Re: is FFT always approximate?
  • From: Jerry Avins
• Re: ***glibC detected *** double free or corruption (!prev) : 0x08458258***
  • From: mlimber
• Re: Strange Discrete Fourier Transform question
  • From: Fred Marshall
• Re: pair-wise error probability - what's the point?
  • From: CW
• Re: reading sound samples from text for lpc-10 in c language ???
  • From: Jim Thomas
• Re: pair-wise error probability - what's the point?
  • From: Randy Yates
• Reverse Engineering 2-Pole Filter Coefficients
  • From: Michael . A . Alvarado
• Re: pair-wise error probability - what's the point?
  • From: CW
• Any tips for making my first DSP board?
  • From: James
• Re: 8 bit white noise algorithm
  • From: John E. Hadstate
• Re: Zero-IF receiver simulink model help needed
  • From: thedspkid
• Re: Audio Processing for musicqal application
  • From: aine_canby
• Re: Frequency discriminator algorithms?
  • From: neok
• Re: the spectrum of a chirps signal
  • From: robert bristow-johnson
• Re: Position estimation to sound source
  • From: John Herman
• the spectrum of a chirps signal
  • From: banton
• Re: 2191 Programming PLL problems
  • From: Al Clark
• Re: Position estimation to sound source
  • From: sheepshaggerx
• Re: pair-wise error probability - what's the point?
  • From: Randy Yates
• Re: question on preamble
  • From: glen herrmannsfeldt
• Re: Volterra series
  • From: glen herrmannsfeldt
• Re: Strange Discrete Fourier Transform question
  • From: glen herrmannsfeldt
• Re: Frequency discriminator algorithms?
  • From: fizteh89
• Re: pair-wise error probability - what's the point?
  • From: glen herrmannsfeldt
• Re: OT Paradox: all lines are parallel
  • From: glen herrmannsfeldt
• 2191 Programming PLL problems
  • From: rkapur
• Position estimation to sound source
  • From: analyser
• reading sound samples from text for lpc-10 in c language ???
  • From: emperor84
• Re: is FFT always approximate?
  • From: glen herrmannsfeldt
• Re: is FFT always approximate?
  • From: glen herrmannsfeldt
• Re: 8 bit white noise algorithm
  • From: Steve Underwood
• Re: 2D FFT:
  • From: glen herrmannsfeldt
• Re: Reed-Solomon encoder in Matlab
  • From: ramsay
• Re: Reed-Solomon encoder in Matlab
  • From: nezhate
• Re: DSP56303 assembler tutorial?
  • From: Andrew Reilly
• Re: Way OT: Sky News
  • From: Erik de Castro Lopo
• Re: ofdm receiver - fading
  • From: ramsay
• Reed-Solomon encoder in Matlab
  • From: ramsay
• Re: 8 bit white noise algorithm
  • From: Jerry Avins
• Re: 8 bit white noise algorithm
  • From: Jerry Avins
• Re: 8 bit white noise algorithm
  • From: Scott Seidman
• Re: 8 bit white noise algorithm
  • From: Scott Seidman
• Re: 8 bit white noise algorithm
  • From: Martin Eisenberg
• Re: filter with arbitrary and variable rolloff
  • From: Martin Eisenberg
• Re: 8 bit white noise algorithm
  • From: Jerry Avins
• Re: 8 bit white noise algorithm
  • From: Jerry Avins
• Re: Reverse a cross correlation with MatLab
  • From: Jani Huhtanen
• Re: Audio Processing for musicqal application
  • From: Martin Eisenberg
• Re: calculating the coefficients of a butterworth iir filter
  • From: Andor
• Re: How to fade audio
  • From: Martin Eisenberg
• Re: How to fade audio
  • From: Martin Eisenberg
• Re: DSP56303 assembler tutorial?
  • From: PeteS
• How to fade audio
  • From: terrel_b@xxxxxxxxx
• DSP56303 assembler tutorial?
  • From: Bob
• Reed solomon question
  • From: mazza
• ***glibC detected *** double free or corruption (!prev) : 0x08458258***
  • From: hariharan . priya
• Audio Processing for musicqal application
  • From: aine_canby
• Re: 8 bit white noise algorithm
  • From: Scott Seidman
• Re: 8 bit white noise algorithm
  • From: Scott Seidman
• Re: Reverse a cross correlation with MatLab
  • From: rob_vermeulen
• Way OT: Sky News
  • From: bhooshaniyer
• Re: Scalability of DSP Processors !
  • From: Martin Thompson
• Re: Zero-IF receiver simulink model help needed
  • From: thedspkid
• Zero-IF receiver simulink model help needed
  • From: thedspkid
• Re: Reverse a cross correlation with MatLab
  • From: steve
• Re: Frequency discriminator algorithms?
  • From: neok
• Re: Example for WSS that is not SSS RP
  • From: dvsarwate
• Re: Frequency discriminator algorithms?
  • From: John Monro
• Re: Frequency discriminator algorithms?
  • From: Jerry Avins
• Scalability of DSP Processors !
  • From: prithvi
• Frequency discriminator algorithms?
  • From: neok
• ofdm receiver - fading
  • From: Shahin
• Re: GSM AMR output
  • From: Akshay Mishra
• Re: OFDM cyclic prefix/Equalization question
  • From: Hany
• GSM AMR output
  • From: Akshay Mishra
• Re: calculating the coefficients of a butterworth iir filter
  • From: dilpreet06
• Re: Question in Detection
  • From: mk
• Re: Game Audio Conference in Austin
  • From: Jerry Avins
• Re: calculating the coefficients of a butterworth iir filter
  • From: Rune Allnor
• Re: The Cascade Algorithm - Recursion, Wavelets
  • From: Jani Huhtanen
• Re: 8 bit white noise algorithm
  • From: Randy Yates
• Re: 8 bit white noise algorithm
  • From: John E. Hadstate
• Re: 8 bit white noise algorithm
  • From: John E. Hadstate
• 8 bit white noise algorithm
  • From: sonos
• calculating the coefficients of a butterworth iir filter
  • From: dilpreet06
• Reverse a cross correlation with MatLab
  • From: Eryxi
• need help: simulating BER versus speed in ofdm
  • From: water9580@xxxxxxxxx
• carmen.kantti@se.lawson.com
  • From: Jocke P
• Re: Game Audio Conference in Austin
  • From: Richard Owlett
• Re: 2D FFT:
  • From: robert bristow-johnson
• Re: Interpreting the data in the .dat file of TI CCS
  • From: mlimber
• Re: OFDM cyclic prefix/Equalization question
  • From: ramsay
• Re: pair-wise error probability - what's the point?
  • From: Randy Yates
• Re: OFDM cyclic prefix/Equalization question
  • From: ramsay
• pair-wise error probability - what's the point?
  • From: CW
• Re: OT Paradox: all lines are parallel
  • From: Randy Yates
• Re: OT Paradox: all lines are parallel
  • From: Jerry Avins
• Re: LAN91C111 E RJ45
  • From: Jerry Avins
• Interpreting the data in the .dat file of TI CCS
  • From: Abhishek
• Re: OT Paradox: all lines are parallel
  • From: Randy Yates
• Re: OT Paradox: all lines are parallel
  • From: Jerry Avins
• Re: LAN91C111 E RJ45
  • From: Noway2
• Re: Game Audio Conference in Austin
  • From: Andor
• Game Audio Conference in Austin
  • From: pinkbeta
• Re: filter with arbitrary and variable rolloff
  • From: Anton
• LAN91C111 E RJ45
  • From: bollano
• Re: question on preamble
  • From: Phil
• Re: OT Paradox: all lines are parallel
  • From: Jerry Avins
• Re: Silly problem with Code Composer 3.1
  • From: mlimber
• Re: OT Paradox: all lines are parallel
  • From: Rune Allnor
• Re: OT Paradox: all lines are parallel
  • From: stereo
• non - binary sova
  • From: filipo
• Re: Soft demapping for QPSK symbols for 1/3 convolutional code
  • From: wahidah
• Re: rb-j please email me
  • From: robert bristow-johnson
• Re: DSP for a simple differential microphone array
  • From: seasun
• rb-j please email me
  • From: Randy Yates
• Re: reconstruction of the input signal in time domain
  • From: Randy Yates
• Re: OFDM cyclic prefix/Equalization question
  • From: mike450exc
• Re: OT poles and "zeros"
  • From: robert bristow-johnson
• Re: question on convolutional interleaver
  • From: philgo
• Re: reconstruction of the input signal in time domain
  • From: robert bristow-johnson
• question on convolutional interleaver
  • From: philgo
• OT reconstruction of the input signal in time domain
  • From: Jerry Avins
• Re: question on preamble
  • From: philgo
• Re: reconstruction of the input signal in time domain
  • From: Jerry Avins
• Re: reconstruction of the input signal in time domain
  • From: Rune Allnor
• Re: reconstruction of the input signal in time domain
  • From: robert bristow-johnson
• Re: reconstruction of the input signal in time domain
  • From: Rune Allnor
• Re: reconstruction of the input signal in time domain
  • From: robert bristow-johnson
• Silly problem with Code Composer 3.1
  • From: salaughter
• Re: filter with arbitrary and variable rolloff
  • From: Anton
• Re: Searching for literature: State space variables
  • From: Jerry Avins
• OT Paradox: all lines are parallel
  • From: Jerry Avins
• Re: is FFT always approximate?
  • From: Clay
• Re: question on preamble
  • From: Clay
• Re: filter with arbitrary and variable rolloff
  • From: Martin Eisenberg
• Re: Soft demapping for QPSK symbols for 1/3 convolutional code
  • From: cb135
• Re: Searching for literature: State space variables
  • From: Rune Allnor
• Re: Searching for literature: State space variables
  • From: Rick Lyons
• Re: Levinson durban recursion
  • From: Rune Allnor
• Re: Levinson durban recursion
  • From: Rune Allnor
• Re: Soft demapping for QPSK symbols for 1/3 convolutional code
  • From: wahidah
• Re: Levinson durban recursion
  • From: mobi
• Re: DSP for a simple differential microphone array
  • From: Richard Owlett
• Re: DSP for a simple differential microphone array
  • From: seasun
• Re: Looking for simple toy experiment to demonstrate a DSP
  • From: Rune Allnor
• Re: question on preamble
  • From: philgo
• Re: question on preamble
  • From: philgo
• Re: 2D FFT:
  • From: Rune Allnor
• Re: 2D FFT:
  • From: rsmithuf
• Re: Looking for simple toy experiment to demonstrate a DSP
  • From: Mike Yarwood
• Re: Looking for simple toy experiment to demonstrate a DSP
  • From: wegwerp
• OFDM cyclic prefix/Equalization question
  • From: ramsay
• Re: question on preamble
  • From: Jerry Avins
• Re: question on preamble
  • From: philgo
• Re: Looking for simple toy experiment to demonstrate a DSP
  • From: Jerry Avins
• Re: ADC Board with DSP
  • From: Jerry Avins
• Re: Levinson durban recursion
  • From: Rune Allnor
• Re: reconstruction of the input signal in time domain
  • From: Jerry Avins
• Levinson durban recursion
  • From: mobi
• Re: OFDM Cyclic prefix question
  • From: ramsay
• Concept of WMA PRO+ codec
  • From: Pruthvi
• Re: I would like to share and exciting opportunity with you at rapidly growing, privately held semiconductor company based in Mountain View, California
  • From: Jerry Avins
• Re: 2D FFT:
  • From: Rune Allnor
• Re: question on preamble
  • From: Jerry Avins
• Re: is FFT always approximate?
  • From: Jerry Avins
• Looking for simple toy experiment to demonstrate a DSP
  • From: wegwerp
• Re: Help with FIR Filter on DSK6713
  • From: mlimber
• Re: ADC Board with DSP
  • From: Viognier
• Re: 2D FFT:
  • From: rsmithuf
• Re: 2D FFT:
  • From: Rune Allnor
• 2D FFT:
  • From: rsmithuf
• Re: Reed-Solomon example in 802.16 standard
  • From: vasily
• ADC Board with DSP
  • From: MarcosOmni
• Re: Soft demapping for QPSK symbols for 1/3 convolutional code
  • From: cb135
• Re: Example for WSS that is not SSS RP
  • From: JohnP
• Re: reconstruction of the input signal in time domain
  • From: Rune Allnor
• Re: reconstruction of the input signal in time domain
  • From: Anton
• Soft demapping for QPSK symbols for 1/3 convolutional code
  • From: wahidah
• Help with FIR Filter on DSK6713
  • From: Alberto Fahrenkrog
• Re: OFDM Cyclic prefix question
  • From: Viognier
• Re: DSP for a simple differential microphone array
  • From: Andor
• Re: question on preamble
  • From: Kiran
• re-quantization
  • From: Kiran
• Re: is FFT always approximate?
  • From: robert bristow-johnson
• Re: is FFT always approximate?
  • From: robert bristow-johnson
• Re: is FFT always approximate?
  • From: Ron N.
• I would like to share and exciting opportunity with you at rapidly growing, privately held semiconductor company based in Mountain View, California
  • From: Jobs
• I would like to share and exciting opportunity with you at rapidly growing, privately held semiconductor company based in Mountain View, California
  • From: Jobs
• Re: is FFT always approximate?
  • From: robert bristow-johnson
• Re: is FFT always approximate?
  • From: Ron N.
• Re: is FFT always approximate?
  • From: robert bristow-johnson
• Re: OFDM Cyclic prefix question
  • From: mguo
• Re: question on preamble
  • From: philgo
• Re: question on preamble
  • From: Mark
• Re: binary to fixed point interpretation
  • From: Scott Bekker
• Re: is FFT always approximate?
  • From: Rune Allnor
• Re: is FFT always approximate?
  • From: Ron N.
• Power Delay Profile
  • From: aubert
• OFDM Cyclic prefix question
  • From: ramsay
• DSP for a simple differential microphone array
  • From: seasun
• Re: GSM AMR on blackfin.
  • From: PeteS
• Re: GSM AMR on blackfin.
  • From: Jerry Avins
• Re: question on preamble
  • From: Jerry Avins
• Re: binary to fixed point interpretation
  • From: Jerry Avins
• Re: Satan and the evil [gettin more OT]
  • From: robert bristow-johnson
• Hilbert Transform multiplication rule
  • From: Scott Seidman
• Re: is FFT always approximate?
  • From: Rune Allnor
• Re: Satan and the evil [gettin more OT]
  • From: Jerry Avins
• Re: Proakis and Manolakis 4th ed.
  • From: Rick Lyons
• Re: is FFT always approximate?
  • From: robert bristow-johnson
• Re: GSM AMR on blackfin.
  • From: Akshay Mishra
• Re: GSM AMR on blackfin.
  • From: Andre
• GSM AMR on blackfin.
  • From: Akshay Mishra
• question on preamble
  • From: philgo
• Re: why amplitude is very high in CCS
  • From: Medris
• Re: is FFT always approximate?
  • From: Rune Allnor
• Re: is FFT always approximate?
  • From: robert bristow-johnson
• binary to fixed point interpretation
  • From: Ved
• Re: is FFT always approximate?
  • From: Ghostie
• Re: is FFT always approximate?
  • From: robert bristow-johnson
• Re: is FFT always approximate?
  • From: Rune Allnor
• Re: Strange Discrete Fourier Transform question
  • From: robert bristow-johnson
• Re: Satan and the evil [gettin more OT]
  • From: robert bristow-johnson
• Re: is FFT always approximate?
  • From: robert bristow-johnson
• Re: Integration using 2 images of Slopes
  • From: Thomas Telandro
• Re: Strange Discrete Fourier Transform question
  • From: robert . w . adams
• Re: is FFT always approximate?
  • From: rtonyreeder
• Re: is FFT always approximate?
  • From: steve
• Re: Example for WSS that is not SSS RP
  • From: Dilip V. Sarwate
• Re: MATLAB CODE help !
  • From: mlimber
• Re: fast moving receiver
  • From: mguo
• Re: is FFT always approximate?
  • From: Rune Allnor
• MATLAB CODE help !
  • From: prithvi
• Re: is FFT always approximate?
  • From: Michael
• Re: Example for WSS that is not SSS RP
  • From: Tim Wescott
• Re: is FFT always approximate?
  • From: Tim Wescott
• Re: Example for WSS that is not SSS RP
  • From: Rune Allnor
• is FFT always approximate?
  • From: Michael
• Example for WSS that is not SSS RP
  • From: JohnP
• Re: f2812 - cpu timer & General purpose timer
  • From: Noway2
• Re: Satan and the evil [OT]
  • From: Jerry Avins
• Re: Satan and the evil [OT]
  • From: Paul Russell
• Re: Satan and the evil
  • From: robert bristow-johnson
• Re: Volterra series
  • From: Jerry Avins
• OT Re: Digital bandwidth
  • From: johns
• Re: adaptive step size to calculate 1 bit entropy
  • From: Wiggie
• f2812 - cpu timer & General purpose timer
  • From: gun
• Re: Volterra series
  • From: Andor
• Re: why amplitude is very high in CCS
  • From: Jerry Avins
• Re: adaptive step size to calculate 1 bit entropy
  • From: robert bristow-johnson
• Re: Strange Discrete Fourier Transform question
  • From: robert bristow-johnson
• Re: why amplitude is very high in CCS
  • From: Medris
• Re: adaptive step size to calculate 1 bit entropy
  • From: Jerry Avins
• Re: Piecewise constant approximation
  • From: Andor
• Re: Digital bandwidth
  • From: Jerry Avins
• Re: Strange Discrete Fourier Transform question
  • From: Fred Marshall
• Re: fast moving receiver
  • From: Markus Greim
• Re: Digital bandwidth
  • From: PeteS
• Re: Digital bandwidth
  • From: glen herrmannsfeldt
• adaptive step size to calculate 1 bit entropy
  • From: pgmihai
• Re: Importance of phase in Audio
  • From: glen herrmannsfeldt
• Re: Strange Discrete Fourier Transform question
  • From: Rune Allnor
• Strange Discrete Fourier Transform question
  • From: robert . w . adams
• Re: How to estimate the gradient of a sigal sequence
  • From: Mad Prof
• Book review: "Time Series Analysis by State Space Methods"
  • From: Rune Allnor
• Re: filter with arbitrary and variable rolloff
  • From: Martin Eisenberg
• Re: Discrete Deconvolution
  • From: greenberg moshe
• Re: why we want to do folding while performing convolution
  • From: jim
• Re: Piecewise constant approximation
  • From: rmn
• Re: why we want to do folding while performing convolution
  • From: Jerry Avins
• Re: Frequency resolution of FFT after windowing
  • From: Fred Marshall
• autocorrelation with 0 lag for LPC in speex library
  • From: Anton
• Re: why we want to do folding while performing convolution
  • From: Rune Allnor
• Thresholds for white/pink noise ...
  • From: karl . polytech
• Re: Volterra series
  • From: robert bristow-johnson
• Re: why amplitude is very high in CCS
  • From: Jerry Avins
• Re: Importance of phase in Audio
  • From: robert bristow-johnson
• Re: Frequency resolution of FFT after windowing
  • From: Ron N.
• Re: Volterra series
  • From: Randy Yates
• Re: Frequency resolution of FFT after windowing
  • From: spaz
• Re: How to estimate the gradient of a sigal sequence
  • From: travellingfish@xxxxxxxxxxxxxx
• Re: why amplitude is very high in CCS
  • From: Medris
• Re: Conv. coding with ofdm in flat rayleigh
  • From: lanbaba
• Re: Puncturing
  • From: Steve
• Volterra series
  • From: Andor
• Re: How to estimate the gradient of a sigal sequence
  • From: Fred Marshall
• Re: PSD goes to infinity - Jakes' Spectrum
  • From: lanbaba
• Re: why amplitude is very high in CCS
  • From: Jerry Avins
• why amplitude is very high in CCS
  • From: Medris
• Re: why we want to do folding while performing convolution
  • From: Jerry Avins
• Re: How to estimate the gradient of a sigal sequence
  • From: travellingfish@xxxxxxxxxxxxxx
• Re: The Cascade Algorithm - Recursion, Wavelets
  • From: moosedude
• Re: why we want to do folding while performing convolution
  • From: jim
• Re: why we want to do folding while performing convolution
  • From: jim
• Re: my (not so) little project
  • From: Andreas Besting
• Re: why we want to do folding while performing convolution
  • From: Andor
• Re: why we want to do folding while performing convolution
  • From: Jerry Avins
• Re: How to estimate the gradient of a sigal sequence
  • From: Rune Allnor
• How to estimate the gradient of a sigal sequence
  • From: travellingfish@xxxxxxxxxxxxxx
• Re: why we want to do folding while performing convolution
  • From: jim
• Re: PSD goes to infinity - Jakes' Spectrum
  • From: lanbaba
• PSD goes to infinity - Jakes' Spectrum
  • From: Murphy O'Brien
• Re: my (not so) little project
  • From: Andor
• Re: Importance of phase in Audio
  • From: Andor
• Re: why we want to do folding while performing convolution
  • From: Andor
• Re: why we want to do folding while performing convolution
  • From: Andor
• Re: CELP Code
  • From: sankar
• Re: mixing a sinewave with time delayed replica of itself
  • From: Jerry Avins
• Re: CELP Code
  • From: Anonymous
• Re: mixing a sinewave with time delayed replica of itself
  • From: Mad Prof
• Re: mixing a sinewave with time delayed replica of itself
  • From: Mark
• Bi-dimensional time-domain convolution
  • From: Michel Rouzic
• Re: fast moving receiver
  • From: mguo
• Re: Bandwidth of PN sequence
  • From: Randy Yates
• Re: ADC evaluation board problem
  • From: Jerry Avins
• ADC evaluation board problem
  • From: mees
• Re: Feedback Cancellation
  • From: Pat
• Re: Block Turbo Code
  • From: Michael Kreeger
• Re: fast moving receiver
  • From: mguo
• Re: Importance of phase in Audio
  • From: robert bristow-johnson
• Re: Bandwidth of PN sequence
  • From: Thomas Magma
• Re: Cubic Splines and cubic Hermite Interpolations
  • From: robert bristow-johnson
• Re: Importance of phase in Audio
  • From: Andor
• Re: Bandwidth of PN sequence
  • From: Tim Wescott
• Re: AM receiver - utilising bandpass undersampling and quadrature mixing
  • From: Tim Wescott
• Re: How to read/write IBM floating-point numbers?
  • From: Everett M. Greene
• Re: Importance of phase in Audio
  • From: robert bristow-johnson
• Re: Detection Question Reformulated
  • From: lanbaba
• Re: Detection Question Reformulated
  • From: Fred Marshall
• my (not so) little project
  • From: Andreas Besting
• Re: why we want to do folding while performing convolution
  • From: jim
• Re: why we want to do folding while performing convolution
  • From: Jerry Avins
• Re: mixing a sinewave with time delayed replica of itself
  • From: Jerry Avins
• CELP Code
  • From: sankar
• Re: why we want to do folding while performing convolution
  • From: jim
• Re: fast moving receiver
  • From: Ravi Srikantiah
• Re: why we want to do folding while performing convolution
  • From: Andor
• Re: XDS510 USB
  • From: Noway2
• AM receiver - utilising bandpass undersampling and quadrature mixing
  • From: thedspkid
• Re: Reed-Solomon example in 802.16 standard
  • From: bruce_mcnamara
• Conv. coding with ofdm in flat rayleigh
  • From: scion
• Cubic Splines and cubic Hermite Interpolations
  • From: anupam79
• Re: why we want to do folding while performing convolution
  • From: jim
• Re: Frequency resolution of FFT after windowing
  • From: Marcel Müller
• Re: filter with arbitrary and variable rolloff
  • From: Anton
• Re: Frequency resolution of FFT after windowing
  • From: Anton
• Re: why we want to do folding while performing convolution
  • From: Andor
• Re: OFDM demodulation-sampling time offset
  • From: luoronghua
• Re: Importance of phase in Audio
  • From: Andor
• Block Turbo Code
  • From: sonaliagr
• Re: why we want to do folding while performing convolution
  • From: Rune Allnor
• Re: How to read/write IBM floating-point numbers?
  • From: Rune Allnor
• [HS] Re: Guitar pedal emulation
  • From: Gilles RONSIN
• Re: How to read/write IBM floating-point numbers?
  • From: Huang Yijian
• mixing a sinewave with time delayed replica of itself
  • From: JohnReno
• mixing a sinewave with time delayed replica of itself
  • From: JohnReno
• Re: Bandwidth of PN sequence
  • From: billoo
• Re: Bandwidth of PN sequence
  • From: billoo
• Re: Bandwidth of PN sequence
  • From: Tim Wescott
• Re: How to read/write IBM floating-point numbers?
  • From: Huang Yijian
• Re: How to read/write IBM floating-point numbers?
  • From: Huang Yijian
• Re: Detection Question Reformulated
  • From: Jerry Avins
• Re: Importance of phase in Audio
  • From: robert bristow-johnson
• Re: Importance of phase in Audio
  • From: robert bristow-johnson
• Re: Bandwidth of PN sequence
  • From: Randy Yates
• Re: Detection Question Reformulated
  • From: Randy Yates
• Re: fast moving receiver
  • From: Ben Jackson
• Re: Bandwidth of PN sequence
  • From: Randy Yates
• Re: Question in Detection
  • From: jim
• Re: fast moving receiver
  • From: Randy Yates
• Re: Bandwidth of PN sequence
  • From: Thomas Magma
• Re: why we want to do folding while performing convolution
  • From: Randy Yates
• Re: Frequency resolution of FFT after windowing
  • From: Jerry Avins
• Re: Frequency resolution of FFT after windowing
  • From: Richard Owlett
• fast moving receiver
  • From: mguo
• Re: Question in Detection
  • From: Randy Yates
• Re: why we want to do folding while performing convolution
  • From: Dilip V. Sarwate
• Re: Frequency resolution of FFT after windowing
  • From: Anton
• Re: Guitar pedal emulation
  • From: Anton
• Re: Bandwidth of PN sequence
  • From: Jerry Avins
• Bandwidth of PN sequence
  • From: billoo
• Re: difference between CPU and DSP
  • From: Jerry Avins
• Re: why we want to do folding while performing convolution
  • From: Chris Bore
• Re: Frequency resolution of FFT after windowing
  • From: Michael Kreeger
• Re: difference between CPU and DSP
  • From: Chris Bore
• Re: Piecewise constant approximation
  • From: Jerry Avins
• Re: Piecewise constant approximation
  • From: Jerry Avins
• Re: Question in Detection
  • From: jim
• Re: Detection Question Reformulated
  • From: Randy Yates
• Re: Frequency resolution of FFT after windowing
  • From: Chris Bore
• Re: Piecewise constant approximation
  • From: Andor
• Re: Importance of phase in Audio
  • From: Andor
• Re: Piecewise constant approximation
  • From: Jani Huhtanen
• Re: Piecewise constant approximation
  • From: Andor
• Re: Piecewise constant approximation
  • From: Andor
• Re: Detection Question Reformulated
  • From: Mark
• Re: Piecewise constant approximation
  • From: rmn
• Re: Feedback Cancellation
  • From: Jerry Avins
• Re: Piecewise constant approximation
  • From: Jerry Avins
• Re: Question in Detection
  • From: Randy Yates
• Use a simulink bloc
  • From: stephaneo
• Re: Guitar pedal emulation
  • From: Web Surf
• Re: Feedback Cancellation
  • From: Bob
• Re: How to read/write IBM floating-point numbers?
  • From: Everett M. Greene
• Re: Frequency resolution of FFT after windowing
  • From: Fred Marshall
• Re: Feedback Cancellation
  • From: Pat
• Re: Feedback Cancellation
  • From: Pat
• Re: Matlab question
  • From: Jerry Wolf
• XDS510 USB
  • From: Rem5
• Frequency resolution of FFT after windowing
  • From: spaz
• Re: Matlab question
  • From: Rune Allnor
• Re: expectations from a DFE ?
  • From: Anonymous
• Re: DATA samples in Wav File
  • From: sanindland
• Re: DATA samples in Wav File
  • From: banton
• Re: Piecewise constant approximation
  • From: Andor
• Re: Piecewise constant approximation
  • From: Jerry Avins
• Simulation of floating point instruciton fails
  • From: Christian Christmann
• Re: Piecewise constant approximation
  • From: Andor
• Re: Piecewise constant approximation
  • From: Jerry Avins
• Re: Piecewise constant approximation
  • From: Andor
• Re: DATA samples in Wav File
  • From: sanindland
• Re: Matlab question
  • From: Headache
• Re: Matlab question
  • From: stephaneo
• Matlab question
  • From: kal
• Re: filter with arbitrary and variable rolloff
  • From: Jerry Avins
• Re: Importance of phase in Audio
  • From: Jani Huhtanen
• Re: Importance of phase in Audio
  • From: robert bristow-johnson
• Re: Digital bandwidth
  • From: billoo
• Re: filter with arbitrary and variable rolloff
  • From: robert bristow-johnson
• Importance of phase in Audio
  • From: mailprassi
• Re: expectations from a DFE ?
  • From: mk
• Re: Question in Detection
  • From: John E. Hadstate
• Re: expectations from a DFE ?
  • From: Anonymous
• Re: FM or PM?
  • From: Jerry Avins
• Re: Detection Question Reformulated
  • From: Fred Marshall
• Re: Question in Detection
  • From: Randy Yates
• Detection Question Reformulated
  • From: Randy Yates
• FM or PM?
  • From: sheepshaggerx
• Re: filter with arbitrary and variable rolloff
  • From: Martin Eisenberg
• Re: Newbie RMS question
  • From: Jerry Avins
• Re: filter with arbitrary and variable rolloff
  • From: Anton
• Re: The Cascade Algorithm - Recursion, Wavelets
  • From: Jani Huhtanen
• Re: How to read/write IBM floating-point numbers?
  • From: Marcel Müller
• Re: filter with arbitrary and variable rolloff
  • From: Martin Eisenberg
• Re: Newbie RMS question
  • From: Martin Eisenberg
• Re: Newbie RMS question
  • From: Martin Eisenberg
• Re: Question in Detection
  • From: Randy Yates
• Re: Digital bandwidth
  • From: jim
• Re: Question in Detection
  • From: Randy Yates
• Re: [tangential coments] Re: Digital bandwidth
  • From: Jerry Avins
• Re: Digital bandwidth
  • From: Jerry Avins
• Re: Question in Detection
  • From: Jerry Avins
• [tangential coments] Re: Digital bandwidth
  • From: Richard Owlett
• Re: PhD studentship: flexible speech and audio coding
  • From: fizteh89
• Re: Question in Detection
  • From: Randy Yates
• Re: How to read/write IBM floating-point numbers?
  • From: Rune Allnor
• PhD studentship: flexible speech and audio coding
  • From: sragot
• Re: Digital bandwidth
  • From: billoo
• Re: Digital bandwidth
  • From: Jerry Avins
• The Cascade Algorithm - Recursion, Wavelets
  • From: moosedude
• The Cascade Algorithm - Recursion, Wavelets
  • From: moosedude
• How to read/write IBM floating-point numbers?
  • From: Huang Yijian
• Re: Flat Fading in OFDM
  • From: amos04
• Re: Filter-banks: efficient splitting?
  • From: Alexz
• Digital bandwidth
  • From: billoo
• Re: Feedback Cancellation
  • From: Jerry Avins
• Re: Feedback Cancellation
  • From: Jerry Avins
• Re: Unusual Transform Exist?
  • From: BlagooBlanaa
• Re: help differentiating abs function
  • From: Jerry Avins
• Re: Unusual Transform Exist?
  • From: parlous2112
• Re: Question in Detection
  • From: glen herrmannsfeldt
• Re: Unusual Transform Exist?
  • From: Clay
• Unusual Transform Exist?
  • From: parlous2112
• Re: Feedback Cancellation
  • From: Pat
• Re: Matched Filters in Digital Communication Systems
  • From: Ravi Srikantiah
• Re: Matched Filters in Digital Communication Systems
  • From: Ravi Srikantiah
• Re: Piecewise constant approximation
  • From: erudite
• Re: Question in Detection
  • From: Jerry Avins
• Re: help differentiating abs function
  • From: Jerry Avins
• Re: Feedback Cancellation
  • From: Jerry Avins
• Re: FFTW question about larger output array than input
  • From: Jerry Avins
• Re: help differentiating abs function
  • From: robert bristow-johnson
• Re: help differentiating abs function
  • From: Tim Wescott
• expectations from a DFE ?
  • From: mk
• Re: Feedback Cancellation
  • From: Mad Prof
• Bump map shading kernel
  • From: Michel Rouzic
• Re: FFTW question about larger output array than input
  • From: Ron N.
• Re: Question in Detection
  • From: John E. Hadstate
• Re: Question in Detection
  • From: glen herrmannsfeldt
• Re: FFTW question about larger output array than input
  • From: glen herrmannsfeldt
• Re: help differentiating abs function
  • From: John E. Hadstate
• Re: FFTW question about larger output array than input
  • From: Ron N.
• Re: Question in Detection
  • From: Tim Wescott
• Re: Question in Detection
  • From: John E. Hadstate
• Re: Matched Filters in Digital Communication Systems
  • From: Randy Yates
• Re: Question in Detection
  • From: John E. Hadstate
• Re: Question in Detection
  • From: Randy Yates
• Re: Feedback Cancellation
  • From: glen herrmannsfeldt
• Re: Since when is 2 bits worth 3 dB???
  • From: robert . inkol
• Re: Since when is 2 bits worth 3 dB???
  • From: robert bristow-johnson
• Re: Question in Detection
  • From: glen herrmannsfeldt
• Re: Question in Detection
  • From: Tim Wescott
• Re: help differentiating abs function
  • From: CW
• Re: Question in Detection
  • From: Randy Yates
• Re: help differentiating abs function
  • From: Tim Wescott
• Re: Question in Detection
  • From: Tim Wescott
• Re: help differentiating abs function
  • From: Clay
• Question in Detection
  • From: Randy Yates
• Re: Searching for literature: State space variables
  • From: Randy Yates
• help differentiating abs function
  • From: CW
• Re: Feedback Cancellation
  • From: Bob
• Re: Feedback Cancellation
  • From: Greg
• Re: Matched Filters in Digital Communication Systems
  • From: Ravi Srikantiah
• Re: In band noise
  • From: thom
• Feedback Cancellation
  • From: Pat
• Re: Matched Filters in Digital Communication Systems
  • From: dvsarwate
• Re: Reed-Solomon example in 802.16 standard
  • From: deolan
• Using cross-correlation function to recognize signal pattern
  • From: Alexzabr
• Re: Matched Filters in Digital Communication Systems
  • From: Ravi Srikantiah
• Re: Searching for literature: State space variables
  • From: Rune Allnor
• Re: In band noise
  • From: Rune Allnor
• Re: Syndrome computation for Reed Solomon code words
  • From: jaco . versfeld
• In band noise
  • From: thom
• OFDM Spectrum
  • From: Shahin
• Re: CRC-16 CCIT Checksum for AIS signals
  • From: kgabom
• Re: Blackfin function epilogue
  • From: Jani Huhtanen
• QRD-LSL
  • From: mobi
• Re: Proakis and Manolakis 4th ed.
  • From: Ben
• Re: Matched Filters in Digital Communication Systems
  • From: Ravi Srikantiah
• Re: Want to recover phase shift imposed by analog filters, advice wanted
  • From: Andor
• Re: Blackfin function epilogue
  • From: jenikh
• Re: PWM O/P Skips a pulse
  • From: Ajay
• Re: Searching for literature: State space variables
  • From: mk
• Re: generating stable IIR filter?
  • From: mk
• Searching for literature: State space variables
  • From: Rune Allnor
• Re: design of equiripple FIR filters with nearly linear phase in passband (complex chebyshev approximation)
  • From: Rune Allnor
• Re: FFTW question about larger output array than input
  • From: Jerry Avins
• Re: FFTW question about larger output array than input
  • From: Jerry Avins
• Re: Matched Filters in Digital Communication Systems
  • From: JohnP
• Re: FFTW question about larger output array than input
  • From: Ron N.
• Re: FFTW question about larger output array than input
  • From: Jerry Avins
• Re: generating stable IIR filter?
  • From: Jerry Avins
• Re: Simple Software Modem
  • From: Shafik
• Re: FFTW question about larger output array than input
  • From: Ron N.
• Re: Since when is 2 bits worth 3 dB???
  • From: steve
• Re: why we want to do folding while performing convolution
  • From: Rune Allnor
• Re: generating stable IIR filter?
  • From: mk
• Re: FFTW question about larger output array than input
  • From: glen herrmannsfeldt
• Re: Newbie RMS question
  • From: glen herrmannsfeldt
• Re: Since when is 2 bits worth 3 dB???
  • From: Mark
• Re: Since when is 2 bits worth 3 dB???
  • From: Jerry Avins
• Re: Since when is 2 bits worth 3 dB???
  • From: Jerry Avins
• Re: Since when is 2 bits worth 3 dB???
  • From: Randy Yates
• Re: Since when is 2 bits worth 3 dB???
  • From: Randy Yates
• Re: Since when is 2 bits worth 3 dB???
  • From: steve
• Re: Newbie RMS question
  • From: Jerry Avins
• Re: Since when is 2 bits worth 3 dB???
  • From: Randy Yates
• Re: Discrete Deconvolution
  • From: Tim Wescott
• Re: Newbie RMS question
  • From: glen herrmannsfeldt
• Re: Since when is 2 bits worth 3 dB???
  • From: Jerry Avins
• Re: Computing DFT of a signal from its DCT coefficients?
  • From: glen herrmannsfeldt
• Re: Since when is 2 bits worth 3 dB???
  • From: Randy Yates
• Re: Since when is 2 bits worth 3 dB???
  • From: Mark
• Since when is 2 bits worth 3 dB???
  • From: Randy Yates
• Re: Newbie RMS question
  • From: Jerry Avins
• Re: Newbie RMS question
  • From: glen herrmannsfeldt
• Re: Discrete Deconvolution
  • From: Jerry Avins
• OT Matched Filters in Digital Communication Systems
  • From: Jerry Avins
• Re: FFTW question about larger output array than input
  • From: nobby_trussin
• Re: OFDM cyclic extension related question
  • From: JohnP
• Syndrome computation for Reed Solomon code words
  • From: gvprathap
• Computing DFT of a signal from its DCT coefficients?
  • From: crazydspguy
• Re: why we want to do folding while performing convolution
  • From: Andor
• Quick turn Lead Free pcb manufacturer(mail quote).
  • From: t2531998@xxxxxxx
• Re: Matched Filters in Digital Communication Systems
  • From: Randy Yates
• Re: Discrete Deconvolution
  • From: Tim Wescott
• Re: Matched Filters in Digital Communication Systems
  • From: dvsarwate
• Re: MELP encoding on Pentium 1.6 GHz processor
  • From: Quantum
• Re: FFTW question about larger output array than input
  • From: William C Bonner <wbonner@xxxxxxxxxxxxx>
• Discrete Deconvolution
  • From: harrisrj
• Re: Matched Filters in Digital Communication Systems
  • From: Phil
• Re: Newbie RMS question
  • From: Jerry Avins
• Re: Matched Filters in Digital Communication Systems
  • From: dvsarwate
• Re: Matched Filters in Digital Communication Systems
  • From: Randy Yates
• Re: PXI-bus based DSP
  • From: lanbaba
• Re: MELP encoding on Pentium 1.6 GHz processor
  • From: fizteh89
• Re: MELP encoding on Pentium 1.6 GHz processor
  • From: SpringTime
• Re: PXI-bus based DSP
  • From: DigitalSignal
• Blackfin function epilogue
  • From: jenikh
• FFTW question about larger output array than input
  • From: nobby_trussin
• PXI-bus based DSP
  • From: lanbaba
• Re: Matched Filters in Digital Communication Systems
  • From: lanbaba
• Re: Simple Software Modem
  • From: Jerry Avins
• Re: FFTW question about larger output array than input
  • From: Anton
• Re: Matched Filters in Digital Communication Systems
  • From: Randy Yates
• Re: FFTW question about larger output array than input
  • From: Jerry Avins
• Re: why we want to do folding while performing convolution
  • From: Randy Yates
• FFTW question about larger output array than input
  • From: nobby_trussin
• Re: Want to recover phase shift imposed by analog filters, advice wanted
  • From: Tim Wescott
• Re: Matched Filters in Digital Communication Systems
  • From: Tim Wescott
• Re: Multirate filter design
  • From: Vincent Pellissier
• Re: design of equiripple FIR filters with nearly linear phase in passband (complex chebyshev approximation)
  • From: Clay
• Re: why we want to do folding while performing convolution
  • From: steve
• Re: Jack Kurzweil's Intro to Digital Comms book
  • From: Jaime Andrés Aranguren Cardona
• QAM, PAM--Hardware Efficient reciever
  • From: junaidabidi
• Re: Puncturing
  • From: cb135
• Re: Matched Filters in Digital Communication Systems
  • From: Fred Marshall
• Re: Recommendation for PCI DSP board?
  • From: Andreas Schwarz
• Re: why we want to do folding while performing convolution
  • From: Rune Allnor
• Re: Jack Kurzweil's Intro to Digital Comms book
  • From: Richard Owlett
• Re: Puncturing
  • From: Steve
• Re: PWM O/P Skips a pulse
  • From: Korenje
• Re: Want to recover phase shift imposed by analog filters, advice wanted
  • From: Andor
• Re: Piecewise constant approximation
  • From: Andor
• Re: Matched Filters in Digital Communication Systems
  • From: Ravi Srikantiah
• Re: Simple Software Modem
  • From: glen herrmannsfeldt
• PWM O/P Skips a pulse
  • From: Ajay
• Principle Components for Blackfin
  • From: James
• Re: Spectrogram Plot to Bitmap Output
  • From: Morten M. Jørgensen
• Re: generating stable IIR filter?
  • From: glen herrmannsfeldt
• Re: Spectrogram Plot to Bitmap Output
  • From: Randy Yates
• Re: coding for integral function
  • From: glen herrmannsfeldt
• Matched Filters in Digital Communication Systems
  • From: Randy Yates
• Jack Kurzweil's Intro to Digital Comms book
  • From: Jaime Andrés Aranguren Cardona
• Spectrogram Plot to Bitmap Output
  • From: BobM
• Re: Want to recover phase shift imposed by analog filters, advice wanted
  • From: Tim Wescott
• Re: Want to recover phase shift imposed by analog filters, advice wanted
  • From: daor
• Re: why we want to do folding while performing convolution
  • From: John Monro
• Re: design of equiripple FIR filters with nearly linear phase in passband (complex chebyshev approximation)
  • From: Jerry Avins
• Re: Piecewise constant approximation
  • From: erudite
• Re: Newbie RMS question
  • From: Randy Yates
• Re: design of equiripple FIR filters with nearly linear phase in passband (complex chebyshev approximation)
  • From: Randy Yates
• Re: TI float point FFT function with VC++
  • From: Howard Long
• Re: 802.11a SNR simulation question?
  • From: ofdm2006
• Re: Newbie RMS question
  • From: Martin Eisenberg
• Equalization in OFDM
  • From: prabin
• Re: Interpolation and the additive white gaussian noise
  • From: Jerry Avins
• Re: Interpolation and the additive white gaussian noise
  • From: Jerry Avins
• Re: Interpolation and the additive white gaussian noise
  • From: Jerry Avins
• Re: Regarding Bit Loading.
  • From: Eric Jacobsen
• Re: Newbie RMS question
  • From: Jerry Avins
• Re: Puncturing
  • From: cb135
• TMS320LF2402 serial bootloader troubles
  • From: sergey_s
• Re: Finding certain frequencies in an audio signal
  • From: PARTICLEREDDY
• Jake Channel simulation for systemview
  • From: water9580@xxxxxxxxx
• ANN:Tyd-IP Code Generator...Added NCO design for FPGA/ASIC
  • From: stenasc
• Re: TI float point FFT function with VC++
  • From: Medris
• Re: DVB-T Synchonization
  • From: luoronghua
• Re: Puncturing
  • From: Steve
• design of equiripple FIR filters with nearly linear phase in passband (complex chebyshev approximation)
  • From: Robert Rozman
• Re: TI float point FFT function with VC++
  • From: Matthias
• Re: Want to recover phase shift imposed by analog filters, advice wanted
  • From: Andor
• Re: Wavelets
  • From: Andor
• TI float point FFT function with VC++
  • From: Medris
• Re: Interpolation and the additive white gaussian noise
  • From: Prasanna
• Re: Interpolation and the additive white gaussian noise
  • From: Prasanna
• Re: Interpolation and the additive white gaussian noise
  • From: Prasanna
• Re: Regarding Bit Loading.
  • From: Chanpreet Singh
• Want to recover phase shift imposed by analog filters, advice wanted
  • From: theolagr
• Re: FFT SIZE DETECTION
  • From: robert bristow-johnson
• [Help] Anybody can read Czech?
  • From: heliboy2003
• Re: Which DSP chip is widely used?
  • From: heliboy2003
• Re: OT: Petrol consumption
  • From: Rich Grise
• Re: filter with arbitrary and variable rolloff
  • From: Martin Eisenberg
• Re: coding for integral function
  • From: Clay
• Re: Newbie RMS question
  • From: Martin Eisenberg
• Re: FFT SIZE DETECTION
  • From: Wilson
• Re: Interpolation and the additive white gaussian noise
  • From: Jerry Avins
• Re: Interpolation and the additive white gaussian noise
  • From: Jerry Avins
• Re: Regarding Bit Loading.
  • From: Eric Jacobsen
• Re: FFT SIZE DETECTION
  • From: Eric Jacobsen
• Re: Interpolation and the additive white gaussian noise
  • From: Mark
• MELP encoding on Pentium 1.6 GHz processor
  • From: irfan
• Re: Interpolation and the additive white gaussian noise
  • From: Jerry Avins
• Re: Interpolation and the additive white gaussian noise
  • From: Prasanna
• Re: Interpolation and the additive white gaussian noise
  • From: Prasanna
• Re: Interpolation and the additive white gaussian noise
  • From: Tim Wescott
• Re: Newbie RMS question
  • From: Randy Yates
• Re: Interpolation and the additive white gaussian noise
  • From: Jerry Avins
• Re: Interpolation and the additive white gaussian noise
  • From: Prasanna
• Re: Puncturing
  • From: cb135
• Re: Puncturing
  • From: Prasanna
• Re: Interpolation and the additive white gaussian noise
  • From: Mark
• Re: Puncturing
  • From: Raymond Toy
• Re: Interpolation and the additive white gaussian noise
  • From: Prasanna
• Re: Puncturing
  • From: cb135
• Re: Newbie RMS question
  • From: Jerry Avins
• Re: Interpolation and the additive white gaussian noise
  • From: Tim Wescott
• Re: Interpolation and the additive white gaussian noise
  • From: Prasanna
• Re: Puncturing
  • From: Steve
• Re: Simple Software Modem
  • From: Jerry Avins
• Re: Wavelets
  • From: Jerry Avins
• Re: generating stable IIR filter?
  • From: Jerry Avins
• Re: FFT SIZE DETECTION
  • From: Wilson
• Re: Newbie RMS question
  • From: Jerry Avins
• Re: Puncturing
  • From: Phil
• Interpolation and the additive white gaussian noise
  • From: Prasanna
• Re: Puncturing
  • From: cb135
• Re: Wavelets
  • From: sanindland
• Puncturing
  • From: Steve
• Re: Wavelets
  • From: Andor
• Re: OT 16-bit vs. 32-bit
  • From: Ken Asbury
• Re: FFT SIZE DETECTION
  • From: jim
• Re: OT: Petrol consumption
  • From: Eeyore
• the 4th video input conflict with tcp/ip in JPEG_netcam of DM642
  • From: net_hotang
• Regarding Bit Loading.
  • From: Chanpreet Singh
• Re: Generation of digital white noise in Blackfin Fixed Point Processors
  • From: Andreas Huennebeck
• Regarding Bit Loading.
  • From: Chanpreet Singh
• Re: FFT SIZE DETECTION
  • From: Anton
• Re: FFT SIZE DETECTION
  • From: PARTICLEREDDY
• Re: Simple Software Modem
  • From: johns
• Re: Newbie RMS question
  • From: glen herrmannsfeldt
• Re: Wavelets
  • From: sanindland
• Re: Simple Software Modem
  • From: glen herrmannsfeldt
• coding for integral function
  • From: rame
• Re: Newbie RMS question
  • From: glen herrmannsfeldt
• Re: Which DSP chip is widely used?
  • From: Robert Latest
• Re: Recommendation for PCI DSP board?
  • From: Robert Latest
• Re: generating stable IIR filter?
  • From: glen herrmannsfeldt
• Re: FPGA
  • From: glen herrmannsfeldt
• Re: FFT SIZE DETECTION
  • From: glen herrmannsfeldt
• Re: Wavelets
  • From: Andor
• Re: FPGA
  • From: stephaneo
• Re: Extracting pulse height and width from noise
  • From: John Devereux
• Re: FPGA
  • From: Andrew FPGA
• Which DSP chip is widely used?
  • From: pratik13
• Re: why we want to do folding while performing convolution
  • From: Jerry Avins
• Re: Generation of digital white noise in Blackfin Fixed Point Processors
  • From: bademiya
• Re: Newbie RMS question
  • From: Martin Eisenberg
• Re: Simple Software Modem
  • From: johns
• Re: FFT SIZE DETECTION
  • From: Randy Yates
• Re: FFT SIZE DETECTION
  • From: Rick Lyons
• Re: Extracting pulse height and width from noise
  • From: Martin Eisenberg
• Re: Audio codec for G.729/G.723.1/G.726/G.728
  • From: (null)
• Re: FFT SIZE DETECTION
  • From: Rick Lyons
• Re: Extracting pulse height and width from noise
  • From: John Devereux
• Re: FFT SIZE DETECTION
  • From: Rick Lyons
• Re: Extracting pulse height and width from noise
  • From: John Devereux
• Re: Recommendation for PCI DSP board?
  • From: Al Clark
• Re: difference between CPU and DSP
  • From: Andrew Reilly
• Re: Simple Software Modem
  • From: Eric Jacobsen
• Re: Extracting pulse height and width from noise
  • From: Jerry Avins
• Re: difference between CPU and DSP
  • From: Andrew Reilly
• Re: OT 16-bit vs. 32-bit
  • From: Jerry Avins
• Re: filter with arbitrary and variable rolloff
  • From: Jerry Avins
• Re: FFT SIZE DETECTION
  • From: Andrew Reilly
• Re: FFT SIZE DETECTION
  • From: Andrew Reilly
• Re: why we want to do folding while performing convolution
  • From: steve
• Re: An Interesting Subject
  • From: Jerry Avins
• Re: difference between CPU and DSP
  • From: Jerry Avins
• Re: difference between CPU and DSP
  • From: Jerry Avins
• Re: why we want to do folding while performing convolution
  • From: Jerry Avins
• Re: Generation of digital white noise in Blackfin Fixed Point Processors
  • From: Jerry Avins
• Re: difference between CPU and DSP
  • From: steve
• Re: difference between CPU and DSP
  • From: Ron N.
• Simple Software Modem
  • From: Shafik
• Quadrature Sampling for non fixed frequencies
  • From: frodo4fingerz
• Re: difference between CPU and DSP
  • From: bhooshaniyer
• Re: difference between CPU and DSP
  • From: Ron N.
• Re: why we want to do folding while performing convolution
  • From: Randy Yates
• Re: Extracting pulse height and width from noise
  • From: Ron N.
• Re: filter with arbitrary and variable rolloff
  • From: Anton
• Re: Generation of digital white noise in Blackfin Fixed Point Processors
  • From: Stefan Reuther
• Re: Extracting pulse height and width from noise
  • From: jim
• Re: difference between CPU and DSP
  • From: Tim Wescott
• Re: Recommendation for PCI DSP board?
  • From: Tim Wescott
• Re: filter with arbitrary and variable rolloff
  • From: Fred Marshall
• Re: FFT SIZE DETECTION
  • From: Eric Jacobsen
• Re: Extracting pulse height and width from noise
  • From: John Devereux
• Re: Extracting pulse height and width from noise
  • From: John Devereux
• Re: filter with arbitrary and variable rolloff
  • From: Anton
• Re: Extracting pulse height and width from noise
  • From: jim
• Re: FFT SIZE DETECTION
  • From: PARTICLEREDDY
• Re: Extracting pulse height and width from noise
  • From: jim
• Re: Extracting pulse height and width from noise
  • From: BlagooBlanaa
• Re: FFT SIZE DETECTION
  • From: sanindland
• Re: FFT SIZE DETECTION
  • From: jim
• Recommendation for PCI DSP board?
  • From: Robert Latest
• Re: difference between CPU and DSP
  • From: Noway2
• Re: difference between CPU and DSP
  • From: Noway2
• Re: Microcontroller selection
  • From: bhooshaniyer
• Re: difference between CPU and DSP
  • From: jayaprakashcareer@xxxxxxxxx
• Re: Wavelets
  • From: sanindland
• Re: difference between CPU and DSP
  • From: bhooshaniyer
• Re: FFT SIZE DETECTION
  • From: Andrew Reilly
• Re: need information about DM642
  • From: GarryJ
• need information about DM642
  • From: pratik13
• difference between CPU and DSP
  • From: joggingsong
• Re: OT (sort of): Why such bad manners on comp.dsp?
  • From: Mike Yarwood
• Microcontroller selection
  • From: GarryJ
• Re: why we want to do folding while performing convolution
  • From: John Monro
• WMA decoder problem
  • From: Bingo
• Re: Extracting pulse height and width from noise
  • From: John Devereux
• Re: Generation of digital white noise in Blackfin Fixed Point Processors
  • From: Leon
• Re: Generation of digital white noise in Blackfin Fixed Point Processors
  • From: Andreas Huennebeck
• Re: why we want to do folding while performing convolution
  • From: sk
• Re: Extracting pulse height and width from noise
  • From: BlagooBlanaa
• Re: OT 16-bit vs. 32-bit
  • From: bhooshaniyer
• Re: List of DSP companies in INDIA
  • From: bhooshaniyer
• Re: why we want to do folding while performing convolution
  • From: Randy Yates
• why we want to do folding while performing convolution
  • From: sk
• Re: Generation of digital white noise in Blackfin Fixed Point Processors
  • From: Randy Yates
• FFT SIZE DETECTION
  • From: PARTICLEREDDY
• Re: FFT SIZE DETECTION
  • From: PARTICLEREDDY
• Generation of digital white noise in Blackfin Fixed Point Processors
  • From: bademiya