These evaluations suggest that serial adders might do better for (ultra) low power operation, with redundancy for enhancing reliability. We analyze 32-bit ...

These evaluations suggest that serial adders might do better for (ultra) low-power operation, with redundancy for enhancing reliability. We analyze 32-bit ...

Simulations show that redundant serial adders are not only low power and reliable, but can trade speed for power in a wide range (by varying V/sub DD/ both ...

These evaluations suggest that serial adders might do better for (ultra) low-power operation, with redundancy for enhancing reliability. We analyze 32-bit ...

These evaluations suggest that serial adders might do better for (ultra) low-power operation, with redundancy for enhancing reliability. We analyze 32-bit ...

On the advantages of serial architectures for low-power reliable computations. Valeriu Beiu, S. Aunet, J. Nyathi, R. R. Rydberg, A. Djupdal. 2005, IEEE ...

Bibliographic details on On the Advantages of Serial Architectures for Low-Power Reliable Computations.

Keyphrases · Reliable Computation 100% · Architectural Level 25% · 32-bit 25% · Parallel Adder 25% · Power Need 25% · Power Delay Profile 25% · Fault Condition 25%.

On the advantages of serial architectures for low-power reliable computations. V Beiu, S Aunet, J Nyathi, RR Rydberg, A Djupdal. 2005 IEEE International ...

Beiu et al., “On the advantages of serial architectures for low-power reliable computations,” Proc. Intl. Conf. Appl.-specific Sys., Arch. & Processors ASAP ...