This paper presents a theoretical comparison of different existing data error detection techniques. The techniques are compared by fault coverage, memory overhead and performance overhead. For this comparison, ten different data error detection techniques are taken into account. In general, the best error detection technique always has the highest fault coverage with low performance and memory overhead. After performing the theoretical comparison, we conclude that GA (genetic algorithm) and SWIFT (software implemented fault tolerance) techniques are the best techniques for data error detection.status: publishe
This thesis proposes adaptable error detection technique for improving the availability of embedded ...
There is broad consensus among academic and industrial researchers in computer architecture that har...
This paper presents a new error detection technique called software implemented error detection (SIE...
This paper presents a theoretical comparison of different existing data error detection techniques. ...
Embedded systems used in harsh environments are susceptible to bit-flips, which can cause data flow ...
This paper presents a literature review on data flow error detection and recovery techniques in embe...
© 2018 IEEE. This paper presents a new software-implemented data error detection technique called Fu...
This thesis deals with algorithms that optimize the implementation of the error detection technique ...
In this paper, we present a new software approach Instruction Level Duplication and Comparison (ILDC...
International audienceThis paper presents two error models to evaluate safety of a software error de...
Hardware errors are on the rise with reducing chip sizes, and power constraints have necessitated th...
Embedded systems’ hardware can be impacted by soft errors, which can cause data flow errors in the s...
Embedded systems are increasingly deployed in harsh environments that their components were not nece...
AbstractWe study explicit techniques for detection of safety errors, e.g., depth-first search, direc...
This thesis proposes adaptable error detection technique for improving the availability of embedded ...
This thesis proposes adaptable error detection technique for improving the availability of embedded ...
There is broad consensus among academic and industrial researchers in computer architecture that har...
This paper presents a new error detection technique called software implemented error detection (SIE...
This paper presents a theoretical comparison of different existing data error detection techniques. ...
Embedded systems used in harsh environments are susceptible to bit-flips, which can cause data flow ...
This paper presents a literature review on data flow error detection and recovery techniques in embe...
© 2018 IEEE. This paper presents a new software-implemented data error detection technique called Fu...
This thesis deals with algorithms that optimize the implementation of the error detection technique ...
In this paper, we present a new software approach Instruction Level Duplication and Comparison (ILDC...
International audienceThis paper presents two error models to evaluate safety of a software error de...
Hardware errors are on the rise with reducing chip sizes, and power constraints have necessitated th...
Embedded systems’ hardware can be impacted by soft errors, which can cause data flow errors in the s...
Embedded systems are increasingly deployed in harsh environments that their components were not nece...
AbstractWe study explicit techniques for detection of safety errors, e.g., depth-first search, direc...
This thesis proposes adaptable error detection technique for improving the availability of embedded ...
This thesis proposes adaptable error detection technique for improving the availability of embedded ...
There is broad consensus among academic and industrial researchers in computer architecture that har...
This paper presents a new error detection technique called software implemented error detection (SIE...