International audienceThe idea that diverse or dissimilar computations could be used to detect errors can be traced back to Dynosius Lardner's analysis of Babbage's mechanical computers in the early 19th century. In the modern era of electronic computers, diverse redundancy techniques were pioneered in the 1970's by Elmendorf, Randell, Avi˘zienis and Chen. Since then, the tolerance of design faults has been a very active research topic, which has had practical impact on real critical applications. In this paper, we present a brief history of the topic and then describe two contemporary studies on the application of diversity in the fields of robotics and security
Design diversity has been used for many years now as a means of achieving a degree of fault toleranc...
Research on data diversity is discussed. Data diversity relies on a different form of redundancy fro...
In this paper, we describe how software diversity can be evaluated on the basis of fault coverage by...
International audienceThe idea that diverse or dissimilar computations could be used to detect error...
International audienceThe paper is aimed at examining the relationship between the three topics of t...
Early experiments with software diversity in the mid 1970’s investigated N-version programming and r...
Early experiments with software diversity in the mid 1970's investigated N-version programming and r...
As robot tasks in space, nuclear, and medical environments become more widespread, the issues of rel...
Fault tolerance is increasingly important for robots, especially those in remote or hazardous enviro...
The goal of this research was to explore first principles associated with mixing of diverse implemen...
Design diversity is a defence against design faults causing common-mode failure in redundant systems...
This paper is devoted to an overview of software fault tolerance by means of design diversity, i.e. ...
In this thesis, we cover the gapof quantifying diversity by introducing DIMP, a low-cost diversity m...
Fault Tolerance (FT) enables system to continue operating despite event of failures. Therefore, FT i...
There is currently increasing interest and activity in the area of reliability and fault tolerance f...
Design diversity has been used for many years now as a means of achieving a degree of fault toleranc...
Research on data diversity is discussed. Data diversity relies on a different form of redundancy fro...
In this paper, we describe how software diversity can be evaluated on the basis of fault coverage by...
International audienceThe idea that diverse or dissimilar computations could be used to detect error...
International audienceThe paper is aimed at examining the relationship between the three topics of t...
Early experiments with software diversity in the mid 1970’s investigated N-version programming and r...
Early experiments with software diversity in the mid 1970's investigated N-version programming and r...
As robot tasks in space, nuclear, and medical environments become more widespread, the issues of rel...
Fault tolerance is increasingly important for robots, especially those in remote or hazardous enviro...
The goal of this research was to explore first principles associated with mixing of diverse implemen...
Design diversity is a defence against design faults causing common-mode failure in redundant systems...
This paper is devoted to an overview of software fault tolerance by means of design diversity, i.e. ...
In this thesis, we cover the gapof quantifying diversity by introducing DIMP, a low-cost diversity m...
Fault Tolerance (FT) enables system to continue operating despite event of failures. Therefore, FT i...
There is currently increasing interest and activity in the area of reliability and fault tolerance f...
Design diversity has been used for many years now as a means of achieving a degree of fault toleranc...
Research on data diversity is discussed. Data diversity relies on a different form of redundancy fro...
In this paper, we describe how software diversity can be evaluated on the basis of fault coverage by...