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A Note on Fast Base Extension for Residue Number Systems with Three Moduli

Kenneth H. O'Keefe

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Abstract

An algorithm is given for the base-extension (BE) computation in residue number systems that requires the standard four steps (for systems with three moduli) but which saves hardware. Furthermore, for the particular moduli m-1, m, and m+1 it is shown that fast-BE in only two steps is possible, for all combinations of the moduli.

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What this paper is about

An algorithm is given for the base-extension (BE) computation in residue number systems that requires the standard four steps (for systems with three moduli) but which saves hardware. Furthermore, for the particular moduli m-1, m, and m+1 it is shown that fast-BE in only two steps is possible, for all combinations of the moduli.

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Available abstract

An algorithm is given for the base-extension (BE) computation in residue number systems that requires the standard four steps (for systems with three moduli) but which saves hardware. Furthermore, for the particular moduli m-1, m, and m+1 it is shown that fast-BE in only two steps is possible, for all combinations of the moduli.

Key concepts: Residue number system, Moduli, Computation, Extension (predicate logic), Residue (chemistry), Base (topology), Mathematics, Computer science

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