Residue generator is an essential building block of encoding/decoding circuitry for
arithmetic error detecting codes and binary-to-residue number system (RNS) converter. In …

The inherent properties of carry-free operations, parallelism and fault-tolerance have made
the residue number system a promising candidate for high-speed arithmetic and specialized …

Rephrasing binary addition as a parallel prefix tree problem allows for the generation of high-
performance architectures with logarithmic delay. Modern literature and implementation …

This paper presents the quotient function (QF) of the residue number system (RNS), which
provides the integer value of the argument scaled by a modulus of the RNS. An application …

This paper presents the analysis and implementation of different algorithms for carry
propagation in binary adders. Besides traditional AND-OR-Invert based adders, NAND-type …

Asynchronous microengines are an attractive alternative to globally synchronous systems
for the realization of high performance programmable controllers. However, because of the …

Two pseudo-concurrent fault diagnostic approaches, namely, a roving spare technique and
an inverse residue checking technique, and a testing strategy for processing elements in a …

The authors describe an example signal-processing design which illustrates partitioning,
performance, cost, and fault-tolerance tradeoffs. They focus on high-performance …