Faults possibly affecting voters of TMR systems, employed in high reliability applications, can make them provide the fan-out logic with incorrect data, hence making the adoption of the TMR technique useless. In this paper we instantiate the need for self-checking voters and we propose a new self-checking voting scheme that, compared to alternate self-checking solutions, features the advantage of being faster, while requiring comparable power consumption. This is achieved at the cost of a small increase in area overhead.

New high speed CMOS self-checking voter

Rossi D.
;
2004-01-01

Abstract

Faults possibly affecting voters of TMR systems, employed in high reliability applications, can make them provide the fan-out logic with incorrect data, hence making the adoption of the TMR technique useless. In this paper we instantiate the need for self-checking voters and we propose a new self-checking voting scheme that, compared to alternate self-checking solutions, features the advantage of being faster, while requiring comparable power consumption. This is achieved at the cost of a small increase in area overhead.
2004
0-7695-2180-0
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11568/1160971
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