IDAMC: A many-core platform with run-time monitoring for mixed-criticality

B Motruk, J Diemer, R Buchty, R Ernst… - 2012 IEEE 14th …, 2012 - ieeexplore.ieee.org
B Motruk, J Diemer, R Buchty, R Ernst, M Berekovic
2012 IEEE 14th International Symposium on High-Assurance Systems …, 2012ieeexplore.ieee.org
On a multi-or many-core platform that runs applications of different safety criticality (mixed-
criticality), all applications have to be certified to the highest level of criticality, unless they
are sufficiently isolated. Isolation enables individual certification of applications and cost-
efficient re-certification of single applications after an update. We introduce a
parameterizable and synthesizable many-core platform with a fast and scalable monitoring
and control mechanism that supports safe sharing of resources. Our contribution is a step …
On a multi- or many-core platform that runs applications of different safety criticality (mixed-criticality), all applications have to be certified to the highest level of criticality, unless they are sufficiently isolated. Isolation enables individual certification of applications and cost-efficient re-certification of single applications after an update. We introduce a parameterizable and synthesizable many-core platform with a fast and scalable monitoring and control mechanism that supports safe sharing of resources. Our contribution is a step towards exploiting the benefits of multi- and many-core platforms for mixed-critical applications.
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