Fellows

ESR1.1 (TUD) “Test and Reliability of FinFET memories”

ESR1.2 (IHP) “Adaptive methods for fault tolerant embedded systems”

ESR1.3 (BTU) “HW/SW fault tolerance methods driven by reliability and timing constraints”

ESR1.4 (PDT) “New Techniques for on-line fault detection”

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ESR1.5 (IROC) “Reliable operation infrastructure for dynamic, high-dependability applications”

ESR2.1 (PDT) “Effective techniques for secure and reliable systems validation”

ESR2.2 (IHP) “Innovative real-time operating system for error management for single- and multi-core units”

ESR2.3 (IROC) “A synthetic, hierarchical abstraction approach for modelling and managing complex systems quality and reliability”

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ESR2.4 (TUT) “Functional and non-functional verification and debug methods for complex nanoelectronic systems”

ESR3.1 (IID) “Reliability analysis of SRAM based PUFs in Nano era”

ESR3.2 (IHP) “Design approaches for tamper resistant crypto implementations”

ESR3.3 (TUD) “Intelligent Hardware Design for Fault Attack Mitigation”

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ESR4.1 (CDNS) “EDA tools and methodologies for reliable nanoelectronic systems”

ESR4.2 (CDNS) “EDA Tools and methodologies for high quality nanoelectronics systems”

ESR4.3 (TUT) “Open-source EDA tools for design quality and reliability automation”

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ESR1.1 “Test and Reliability of FinFET memories”

ESR1.2 “Adaptive methods for fault tolerant embedded systems”

guilhermeesr11.jpg
junchaoesr12.jpg

ESR1.3 “HW/SW fault tolerance methods driven by reliability and timing constraints”

ESR 1.4 “New Techniques for on-line fault detection”

nevingeorge13.jpg
estebanesr14.jpg

ESR1.5 “Reliable operation infrastructure for dynamic, high-dependability applications”

ESR2.1 “Effective techniques for secure and reliable systems validation”

thomasesr15.jpg
aleksaesr21.jpg

ESR2.2 “Innovative real-time operating system for error management for single- and multi-core units”

ESR2.3 “A synthetic, hierarchical abstraction approach for modelling and managing complex systems quality and reliability”

raphaelesr22.jpg
aneeshesr23.jpg

ESR2.4 “Functional and non-functional verification and debug methods for complex nanoelectronic systems”

ESR3.1 “Reliability analysis of SRAM based PUFs in Nano era”

xinhuiesr24.jpg
shayesteh31.jpg

ESR3.2 “Design approaches for tamper resistant crypto implementations”

ESR3.3 “Intelligent Hardware Design for Fault Attack Mitigation”

dmytroesr32.jpg
troyaesr33.jpg

ESR4.1 “EDA tools and methodologies for reliable nanoelectronic systems”

ESR4.2 “EDA Tools and methodologies for high quality nanoelectronics systems”

felipeesr41.jpg
cagriesr42.jpg

ESR4.3 “Open-source EDA tools for design quality and reliability automation”

cemesr43.jpg
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The RESCUE ETN project has received funding from the European Union’s Horizon 2020 Programme under the Marie Skłodowska-Curie actions for research, technological development and demonstration, under grant n. 722325.
RESCUE © 2017