A review on reliability engineering applications in 4 industrial domains namely electronic,
software, nuclear and aerospace from the 2000′ s to the present day is compiled. The …

Due to harsher working environments, soft errors or erroneous bit-flips occur more frequently
in microcontrollers during execution. Without mitigation, such errors result in data corruption …

Effectively preventing errors in requirements analysis and design is extremely important for
enhancing software productivity and reliability, but how to fulfill this goal remains an open …

Performance is a critical attribute in evaluating the quality and dependability of service-
oriented systems dependent on fault-tolerant architectures. Fault-tolerant architectures have …

Fault-tolerance techniques are widely used to improve the resiliency of hardware/software
systems. An important step for the deployment of such techniques in a concrete setting is to …

Semiconductor technology scaling makes chips moresensitive to faults. This paper
describes the DeSyRe designapproach and its runtime management for future reliable …

Software based fault tolerance techniques are designed to allow a system to tolerate
software faults in the system. Fault tolerance techniques are divided into two groups …

The number of embedded controllers in charge of physical systems has rapidly increased
over the past years. Embedded controllers are present in every aspect of our lives, from our …

Ever-increasing bit flip rates caused by shrinking hardware tiles increase the demand for
resilient systems. In particular, safety-and functionality-critical system parts need to be …

Abstract (EN) Bit flips are known to be a source of strange system behavior, failures, and
crashes. They can cause dramatic financial loss, security breaches, or even harm human …