Washington / DC / Orlando / Heidelberg / Dresden / Cambridge / New York / /
Company
Hewlett-Packard / IEEE Press / Academic Press / MIT Press / The star / G. A. Kanawati N. A. / Distributed Systems / /
Country
Germany / United States / / /
Event
Product Release / /
IndustryTerm
mixed-criticality control applications / binary computing system / real-world control applications / mixed-criticality systems / software-based fault-tolerance offers / certain operator / software-based approaches / safety-critical applications / technology gain / safety-critical control applications / software-based fault-tolerance approach / fundamental algorithm / software-level fault model / memory applications / software component / voter algorithm / feasible solutions / software-based soft-error mitigation / software perspective / /
OperatingSystem
Unix / Linux / /
Organization
Department of Computer Science / MIT / German Research Foundation / Technische Universität Dortmund / European Union / CoRed’s EAN / Bavarian Ministry of State for Economics / Traffic and Technology / /
Person
Peter Ulbrich / Christian Dietrich / Horst Schirmeier† Daniel Lohmann / Purpose Registers / Wolfgang Schröder / /
Position
advocate / representative for the benign average case performance / Chair / representative / General / /
Product
F A I L / CoRed / /
ProgrammingLanguage
L / R / C / K / C++ / /
PublishedMedium
Linux Journal / IEEE Transactions on Computers / /
Technology
fundamental algorithm / Linux / Germany horst.schirmeier@tu-dortmund.de I. INTRODUCTION As technology / CoRed voter algorithm / voting algorithm / simulation / operating system / RTOS / Operating Systems / cmp / /
A Practitioner’s Guide to Software-based Soft-Error Mitigation Using AN-Codes Martin Hoffmann∗ , Peter Ulbrich∗ , Christian Dietrich∗ , Horst Schirmeier† Daniel Lohmann∗ , Wolfgang Schröder–Preikschat∗ o