Binary instrumentation facilitates the insertion of additional code into an executable in order
to observe or modify the executable's behavior. There are two main approaches to binary …

Binary instrumentation facilitates the insertion of additional code into an executable in order
to observe or modify the executable's behavior. There are two main approaches to binary …

This paper presents first the context and motivation for dealing with soft errors. In order to be
able to account for the various issues involved, a concerted reflection has been carried out …

Error detecting and correcting code based memory design, self-checking design, VLSI-level
retry architectures, perturbation hardened design, tools for evaluation of soft error rates, and …

Analyzing design vulnerability for soft errors has become a challenging process in large
systems with a large number of memory elements. Error injection in a complex system with a …

Binary instrumentation allows users to inject new code into programs without requiring
source code, symbols, or debugging information. Instrumenting a binary requires structural …

Robust circuit design techniques with respect to soft errors gain importance in the era of very
deep submicron technologies. On-line testing will play an important role towards this …

Soft errors are one of the biggest reliability challenges for present day electronic devices.
With technology scaling, the contribution of soft errors to overall device failure is on the rise …

Transient faults in future ICs turns to be a major consideration as the silicon process scales
down. In this paper we propose a new soft error detecting technique with low area overhead …

High integration levels, coupled with the increased sensitivity to soft errors even at ground
level, make the task of guaranteeing adequate dependability levels more difficult then ever …