As technology scales, transistors become smaller and aggressive power optimization
techniques combined with high operation frequencies and performance-enhancing …

Embedded systems' hardware can be impacted by soft errors, which can cause data flow
errors in the systems' software. In this paper, we present a novel software-based approach to …

Higher component density, lower voltage levels, and higher transistor counts increase
programmable systems' susceptibility to transient faults. At the same time, the adoption of …

The recent trend in most processor manufacturing technologies has significantly increased
the vulnerability of embedded systems operating in harsh environments against soft errors …

Embedded systems' hardware can be impacted by soft errors, which causes either a data
flow error or a control flow error in the systems' software. To counter such errors, numerous …

Software-implemented hardware fault tolerance techniques can be used as a cost-effective
alternative to hardware-implemented techniques to enhance the resilience of …

Nowadays, embedded systems are widely used both in general-purpose as well as in safety-
critical applications. Due to technological advances, these embedded systems can operate …

Recently, numerous safety-critical systems have employed a variety of fault tolerance
techniques, which are considered an essential requirement to keep the system fault-tolerant …

This article analyzes diverse criteria for effectively implementing selective hardening against
soft errors through software-based strategies. The goal is to obtain maximum fault coverage …

Embedded systems, which are at the core of many small scale and large scale machines,
are affected by external disturbances which can introduce control flow errors. These control …