Add to ORKGAbstract. This is an on-going work that aims at deriving metrics that represent fault resilience in real-time systems. Since the described approach is indepen-dent of the scheduling policy being considered, it can be used for comparing dif-ferent scheduling approaches and/or different fault-tolerant real-time systems. 1
Static redundancy allocation is inappropriate in hard real-time systems that operate in variable and...
We introduce a new design metric called system-resiliency which characterizes the maximum unpredicta...
Introduction Next generation, mission critical systems will require greater flexibility, predictabi...
Abstract. Deriving fault-tolerant schedulability resilience for real-time systems has been a challen...
Aprender e ́ a única coisa de que a mente nunca se cansa, nunca tem medo e nunca se arrepende. —LEO...
A simulation-based approach to measuring the faultresilience of real-time systems is presented. Simu...
Real-time systems are commonly used in safety-critical applications which require tasks to be comple...
Abstract Fault tolerance measures can be used to distinguish between different self-stabilizing solu...
Large scale systems provide a powerful computing platform for solving large and complex scientific a...
Tolerating hardware faults in modern architectures is becoming a prominent problem due to the miniat...
We present a formal characterization of fault-tolerant behaviors of computing systems via simulation...
Resiliency is becoming an important service attribute for large scale distributed systems and networ...
Real time systems must respect their temporal con-straints both in nominal and degraded conditions. ...
Focusing on real-time scheduling theory, the thesis demonstrates how essential realistic scheduling ...
Slides available at url http://www.loria.fr/~nnavetInternational audienceIn real-time systems, sched...
Static redundancy allocation is inappropriate in hard real-time systems that operate in variable and...
We introduce a new design metric called system-resiliency which characterizes the maximum unpredicta...
Introduction Next generation, mission critical systems will require greater flexibility, predictabi...
Abstract. Deriving fault-tolerant schedulability resilience for real-time systems has been a challen...
Aprender e ́ a única coisa de que a mente nunca se cansa, nunca tem medo e nunca se arrepende. —LEO...
A simulation-based approach to measuring the faultresilience of real-time systems is presented. Simu...
Real-time systems are commonly used in safety-critical applications which require tasks to be comple...
Abstract Fault tolerance measures can be used to distinguish between different self-stabilizing solu...
Large scale systems provide a powerful computing platform for solving large and complex scientific a...
Tolerating hardware faults in modern architectures is becoming a prominent problem due to the miniat...
We present a formal characterization of fault-tolerant behaviors of computing systems via simulation...
Resiliency is becoming an important service attribute for large scale distributed systems and networ...
Real time systems must respect their temporal con-straints both in nominal and degraded conditions. ...
Focusing on real-time scheduling theory, the thesis demonstrates how essential realistic scheduling ...
Slides available at url http://www.loria.fr/~nnavetInternational audienceIn real-time systems, sched...
Static redundancy allocation is inappropriate in hard real-time systems that operate in variable and...
We introduce a new design metric called system-resiliency which characterizes the maximum unpredicta...
Introduction Next generation, mission critical systems will require greater flexibility, predictabi...