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The performance and cost of a modulo-3 residue code checker that has been attached to a pipelined serial multiplier to provide a concurrent self-test capability are considered. Analytical results are derived for error detection coverage and minimum error latency; these quantities are observed to be in agreement with simulation results obtained by using ISPS, a register-transfer language. The re
built in test; modulo-3 residue code checker; pipelined serial multiplier; concurrent self-test; error detection coverage; minimum error latency; multiplier input operands; 4- mu m NMOS; standard cell design; automatic testing; digital arithmetic; error detection; field effect integrated circuits; integrated circuit testing; multiplying circuits; performance evaluation; pipeline processing.

J. Watterson and J. Hallenbeck, "Modulo 3 Residue Checker: New Results on Performance and Cost," in IEEE Transactions on Computers, vol. 37, no. , pp. 608-612, 1988.
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