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Non-linear digital communications system

  • US 5,729,607 A
  • Filed: 05/16/1996
  • Issued: 03/17/1998
  • Est. Priority Date: 08/12/1994
  • Status: Expired due to Fees
First Claim
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1. A method of transmitting and receiving information data on a conduit comprising the steps of:

  • 1) dividing the information into discrete chips;

    2) approximating a nonlinear chaotic noise component at an input end of the conduit, comprising the further steps of;

    2A) identifying a frequency;

    2B) testing the chaotic noise response on the conduit to determine if a sustainable chaotic noise component is present for the discrete chips at the identified frequency; and

    2C) repeating steps 2A and 2B until an aggregate bandwidth of frequencies having sustainable chaotic noise components is identified for a predetermined throughput capable of carrying the discrete chips at a predetermined error rate;

    3) modulating the discrete chips onto the approximated noise component of step

         2) to obtain a modulated chaotic signal;

    4) inputting the modulated chaotic signal onto the conduit;

    5) approximating the nonlinear chaotic noise component at an output end of the conduit;

    6) receiving the modulated chaotic signal from the conduit;

    7) demodulating the approximated noise component of step

         5) from the modulated chaotic signal to obtain the discrete chips.

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