Residue number system error checking using expanded projection

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Residue number system error checking using expanded projection

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© The Institution of Electrical Engineers
Published

A new concept called expanded projection is presented that simplifies the process of error detection and location in redundant residue number codes. Expanded projection simplifies the circuit complexity of the error checker, resulting in a structure which is potentially useful for VLSI implementation. It is expected that simplified designs for the error checker will result in more practical applications of residue number arithmetic to achieve fault tolerant performance in special-purpose digital processors.

Inspec keywords: error correction; codes; error detection

Other keywords: error detection; error location; VLSI implementation; redundant residue number codes; special-purpose digital processors; fault tolerant performance; residue number arithmetic; error checking; residue number system; expanded projection

Subjects: Codes

References

    1. 1)
      • A. Baraniecka , G.A. Jullien . Residue number system implementations of number theoretic transforms. IEEE Trans. , 285 - 291
    2. 2)
      • M.H. Etzel , W.K. Jenkins . Redundant residue number systems for error detection and correction in digital filters. IEEE Trans. , 538 - 545
    3. 3)
      • Jenkins, W.K.: `A new approach to the design of an error checker for failure resistant residue number digital processors', Proc. 1982 International Symposium on circuits and systems, May 1982, , p. 369–372.
    4. 4)
      • C.H. Huang , D.G. Peterson , H.E. Rauch , J.W. Teague , D.F. Fraser . Implementation of a fast digital processor using the residue number systems. IEEE Trans. , 1164 - 1169
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