On emerging multicore systems, task replication is a powerful way to achieve high reliability
targets. In this paper, we consider the problem of achieving a given reliability target for a set …

We show in this paper that multi-layer dependability is an indispensable way to cope with
the increasing amount of technology-induced dependability problems that threaten to …

Nanoscale technology nodes bring reliability concerns back to the center stage of digital
system design. A systematic classification of approaches that increase system resilience in …

Power and energy minimization is a critical concern for the battery life, reliability, and yield of
many minimum-sized SRAMs. In this paper, we extend our previously proposed hybrid …

IoT devices need reliable hardware at low cost. It is challenging to efficiently cope with both
hard and soft faults in embedded scratchpad memories. To address this problem, we …

In today's design of resilient embedded systems, logic circuit components play a key role.
Many possible design choices at the gate level, such as implementation architecture or …

With the advent of GPUs and application-specific accelerators in embedded platforms, data-
intensive applications have exacerbated the memory performance and energy bottleneck …

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

In this paper we summarize recent results and contributions from the NSF Expedition on
Variability-Aware Software, a five year, multi-university effort to tackle the problem of …

The memory subsystem is a major contributor to the overall performance and energy
consumption of embedded computing platforms. The emergence of" killer" applications such …