A new method for converting numbers from a residue system to a binary notation is proposed which is based upon an original formulation of the Chinese Remainder Theorem. To prove its effectiveness in VLSI implementations a converter is presented and evaluated following a general VLSI model of computation. The proposed structure compares favourably with preceding results presented in the literature; in particular, the time which is required to perform conversion is O(log s), with s representing the total number of input bits.

A Fully Parallel Algorithm for Residue to Binary Conversion

BARSI, Ferruccio;PINOTTI, Maria Cristina
1994

Abstract

A new method for converting numbers from a residue system to a binary notation is proposed which is based upon an original formulation of the Chinese Remainder Theorem. To prove its effectiveness in VLSI implementations a converter is presented and evaluated following a general VLSI model of computation. The proposed structure compares favourably with preceding results presented in the literature; in particular, the time which is required to perform conversion is O(log s), with s representing the total number of input bits.
1994
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11391/912949
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