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Multi-channel signal processing for multi-channel musical instruments

  • US 8,859,876 B2
  • Filed: 09/30/2003
  • Issued: 10/14/2014
  • Est. Priority Date: 05/15/1998
  • Status: Expired due to Fees
First Claim
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1. A multi-channel signal processing system comprising:

  • a signal interface for receiving a plurality of distinct incoming audio electrical signals, each incoming audio electrical signal produced by an associated transducer in response to vibrations of an associated vibrating element from within a plurality of vibrating elements, wherein a first associated transducer produces a first of the plurality of distinct incoming audio electrical signals produced in response to the vibrations of a first of the plurality of vibrating elements, wherein a second associated transducer produces a second of the plurality of distinct incoming audio electrical signals produced in response to the vibrations of a second of the plurality of vibrating elements, and wherein a third associated transducer produces a third of the plurality of distinct incoming audio electrical signals produced in response to the vibrations of a third of the plurality of vibrating elements;

    a plurality of signal processors, each signal processor comprising a respective pitch shifter, wherein each processor of said plurality of signal processors receives a respective one of said plurality of incoming audio electrical signals,wherein each processor of said plurality of signal processors is configured to;

    process a respective received incoming audio electrical signal to produce a respective audio output signal including, pitch-shifting said received incoming audio electrical signal by utilizing the respective pitch shifter;

    an output signal interface for providing said audio output signal for each of said plurality of signal processors,wherein a first signal processor of the plurality of signal processors is configured to pitch shift a first received incoming audio signal independently from a second received incoming audio signal, which is pitch shifted by a second signal processor of the plurality of signal processors, andwherein the first and second pitch shifters are configured to be individually controlled in real time by a user-operated controller, the user-operated controller that is associated with the source of the plurality of distinct audio electrical signals.

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