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 …

This paper presents a literature review on data flow error detection and recovery techniques
in embedded systems. In recent years, embedded systems are being used more and more …

This paper presents a new software-implemented data error detection technique called Full
Duplication and Selective Comparison. Our technique combines the ideas of existing …

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 (SIHFT) is a modern approach for tackling
random hardware faults of dependable systems employing solely software solutions. This …

This paper presents a theoretical comparison of different existing data error detection
techniques. The techniques are compared by fault coverage, memory overhead and …

Embedded systems used in harsh environments are susceptible to bit-flips, which can cause
data flow errors. In order to increase the reliability of embedded systems, numerous data …

Resilience against random hardware faults is one of the main concerns when designing
mission-and safety-critical systems. These kinds of faults can have transient nature since …

Electronic equipment used in harsh environments such as space has to cope with many
threats. One major threat is the intensive radiation which gives rise to Single Event Upsets …

In this paper, a fine-grained scheduling approach to enhance lifetime reliability of
multiprocessor systems is presented. Lifetime reliability is an important and emerging …