Fault-Tolerant Voltage-Scalable (FTVS) SRAM cache architectures are a promising
approach to improve energy efficiency of memories in the presence of nanoscale process …

Voltage scaling to values near the threshold voltage is a promising technique to hold off the
many-core power wall. However, as voltage decreases, some SRAM cells are unable to …

The memory system presents many problems in computer architecture and system design.
An important challenge is worsening hardware variability that is caused by nanometer-scale …

With increased number of cores in Multicore Chips, power consumption raises. Voltage
scaling is applied largely but it causes cell failure in cache. For that, various techniques for …

Achieving reduced time-to-market in modern electronic designs targeting safety critical
applications is becoming very challenging, as these designs need to go through a …

Voltage scaling to reduce power consumption for ensuring longer battery life expedites
SRAM cell failures due to process variations. Cache, holding significant chip area …

On top of the wear-out failures and external particle interventions, voltage scaling to mitigate
the power consumption in multiprocessor makes cache more vulnerable to cell failures. For …

Safety-critical applications are required today to meet more and more stringent standards
than ever. In the need of reducing the costs associated with the certification step, early …

Abstract Dynamic Voltage and Frequency Scaling (DVFS) for reducing power dissipation in
Multicore Chips causes cell failure in Cache Memory. Various fault tolerance techniques …

Future high-performance safety-relevant applications require microcontrollers delivering
higher performance than the existing certified ones. However, means for assessing their …