The Experts below are selected from a list of 1518 Experts worldwide ranked by ideXlab platform

Alain Dufaux - One of the best experts on this subject based on the ideXlab platform.

  • an ultra low power subband based Electronic Stethoscope
    International Conference on Acoustics Speech and Signal Processing, 2006
    Co-Authors: J Johnson, D Hermann, M Witter, Etienne Cornu, Robert L Brennan, Alain Dufaux
    Abstract:

    Electronic Stethoscopes are able to offer signal amplification and other benefits over traditional Stethoscopes. However, many Electronic Stethoscopes rely on a personal computer for their signal processing, which reduces portability and requires a relatively large amount of power. This paper presents a low power, portable Electronic Stethoscope system that is based on a signal processing approach using an over-sampled filterbank. This system is implemented on an ultra-low resource DSP system. The Stethoscope incorporates multiple filtering modes as well as audio record and playback (full and half speed) functionality.

  • ICASSP (3) - An Ultra-Low Power Subband-Based Electronic Stethoscope
    2006 IEEE International Conference on Acoustics Speed and Signal Processing Proceedings, 1
    Co-Authors: J Johnson, D Hermann, M Witter, Etienne Cornu, Robert L Brennan, Alain Dufaux
    Abstract:

    Electronic Stethoscopes are able to offer signal amplification and other benefits over traditional Stethoscopes. However, many Electronic Stethoscopes rely on a personal computer for their signal processing, which reduces portability and requires a relatively large amount of power. This paper presents a low power, portable Electronic Stethoscope system that is based on a signal processing approach using an over-sampled filterbank. This system is implemented on an ultra-low resource DSP system. The Stethoscope incorporates multiple filtering modes as well as audio record and playback (full and half speed) functionality.

J Johnson - One of the best experts on this subject based on the ideXlab platform.

  • an ultra low power subband based Electronic Stethoscope
    International Conference on Acoustics Speech and Signal Processing, 2006
    Co-Authors: J Johnson, D Hermann, M Witter, Etienne Cornu, Robert L Brennan, Alain Dufaux
    Abstract:

    Electronic Stethoscopes are able to offer signal amplification and other benefits over traditional Stethoscopes. However, many Electronic Stethoscopes rely on a personal computer for their signal processing, which reduces portability and requires a relatively large amount of power. This paper presents a low power, portable Electronic Stethoscope system that is based on a signal processing approach using an over-sampled filterbank. This system is implemented on an ultra-low resource DSP system. The Stethoscope incorporates multiple filtering modes as well as audio record and playback (full and half speed) functionality.

  • ICASSP (3) - An Ultra-Low Power Subband-Based Electronic Stethoscope
    2006 IEEE International Conference on Acoustics Speed and Signal Processing Proceedings, 1
    Co-Authors: J Johnson, D Hermann, M Witter, Etienne Cornu, Robert L Brennan, Alain Dufaux
    Abstract:

    Electronic Stethoscopes are able to offer signal amplification and other benefits over traditional Stethoscopes. However, many Electronic Stethoscopes rely on a personal computer for their signal processing, which reduces portability and requires a relatively large amount of power. This paper presents a low power, portable Electronic Stethoscope system that is based on a signal processing approach using an over-sampled filterbank. This system is implemented on an ultra-low resource DSP system. The Stethoscope incorporates multiple filtering modes as well as audio record and playback (full and half speed) functionality.

D Hermann - One of the best experts on this subject based on the ideXlab platform.

  • an ultra low power subband based Electronic Stethoscope
    International Conference on Acoustics Speech and Signal Processing, 2006
    Co-Authors: J Johnson, D Hermann, M Witter, Etienne Cornu, Robert L Brennan, Alain Dufaux
    Abstract:

    Electronic Stethoscopes are able to offer signal amplification and other benefits over traditional Stethoscopes. However, many Electronic Stethoscopes rely on a personal computer for their signal processing, which reduces portability and requires a relatively large amount of power. This paper presents a low power, portable Electronic Stethoscope system that is based on a signal processing approach using an over-sampled filterbank. This system is implemented on an ultra-low resource DSP system. The Stethoscope incorporates multiple filtering modes as well as audio record and playback (full and half speed) functionality.

  • ICASSP (3) - An Ultra-Low Power Subband-Based Electronic Stethoscope
    2006 IEEE International Conference on Acoustics Speed and Signal Processing Proceedings, 1
    Co-Authors: J Johnson, D Hermann, M Witter, Etienne Cornu, Robert L Brennan, Alain Dufaux
    Abstract:

    Electronic Stethoscopes are able to offer signal amplification and other benefits over traditional Stethoscopes. However, many Electronic Stethoscopes rely on a personal computer for their signal processing, which reduces portability and requires a relatively large amount of power. This paper presents a low power, portable Electronic Stethoscope system that is based on a signal processing approach using an over-sampled filterbank. This system is implemented on an ultra-low resource DSP system. The Stethoscope incorporates multiple filtering modes as well as audio record and playback (full and half speed) functionality.

M Witter - One of the best experts on this subject based on the ideXlab platform.

  • an ultra low power subband based Electronic Stethoscope
    International Conference on Acoustics Speech and Signal Processing, 2006
    Co-Authors: J Johnson, D Hermann, M Witter, Etienne Cornu, Robert L Brennan, Alain Dufaux
    Abstract:

    Electronic Stethoscopes are able to offer signal amplification and other benefits over traditional Stethoscopes. However, many Electronic Stethoscopes rely on a personal computer for their signal processing, which reduces portability and requires a relatively large amount of power. This paper presents a low power, portable Electronic Stethoscope system that is based on a signal processing approach using an over-sampled filterbank. This system is implemented on an ultra-low resource DSP system. The Stethoscope incorporates multiple filtering modes as well as audio record and playback (full and half speed) functionality.

  • ICASSP (3) - An Ultra-Low Power Subband-Based Electronic Stethoscope
    2006 IEEE International Conference on Acoustics Speed and Signal Processing Proceedings, 1
    Co-Authors: J Johnson, D Hermann, M Witter, Etienne Cornu, Robert L Brennan, Alain Dufaux
    Abstract:

    Electronic Stethoscopes are able to offer signal amplification and other benefits over traditional Stethoscopes. However, many Electronic Stethoscopes rely on a personal computer for their signal processing, which reduces portability and requires a relatively large amount of power. This paper presents a low power, portable Electronic Stethoscope system that is based on a signal processing approach using an over-sampled filterbank. This system is implemented on an ultra-low resource DSP system. The Stethoscope incorporates multiple filtering modes as well as audio record and playback (full and half speed) functionality.

Etienne Cornu - One of the best experts on this subject based on the ideXlab platform.

  • an ultra low power subband based Electronic Stethoscope
    International Conference on Acoustics Speech and Signal Processing, 2006
    Co-Authors: J Johnson, D Hermann, M Witter, Etienne Cornu, Robert L Brennan, Alain Dufaux
    Abstract:

    Electronic Stethoscopes are able to offer signal amplification and other benefits over traditional Stethoscopes. However, many Electronic Stethoscopes rely on a personal computer for their signal processing, which reduces portability and requires a relatively large amount of power. This paper presents a low power, portable Electronic Stethoscope system that is based on a signal processing approach using an over-sampled filterbank. This system is implemented on an ultra-low resource DSP system. The Stethoscope incorporates multiple filtering modes as well as audio record and playback (full and half speed) functionality.

  • ICASSP (3) - An Ultra-Low Power Subband-Based Electronic Stethoscope
    2006 IEEE International Conference on Acoustics Speed and Signal Processing Proceedings, 1
    Co-Authors: J Johnson, D Hermann, M Witter, Etienne Cornu, Robert L Brennan, Alain Dufaux
    Abstract:

    Electronic Stethoscopes are able to offer signal amplification and other benefits over traditional Stethoscopes. However, many Electronic Stethoscopes rely on a personal computer for their signal processing, which reduces portability and requires a relatively large amount of power. This paper presents a low power, portable Electronic Stethoscope system that is based on a signal processing approach using an over-sampled filterbank. This system is implemented on an ultra-low resource DSP system. The Stethoscope incorporates multiple filtering modes as well as audio record and playback (full and half speed) functionality.