Mixed criticality systems are composed of a set of applications with di erent criticality levels. The interest relies on the possibility of running these applications on a single processor, with advantages on cost, size, weight and energy consumption. The use of partitioning for developing these kinds of systems is a suitable approach. A related issue is how to partition a system. This paper describes an automatic partitioning al- gorithm. It relies on restrictions to state requirements that the system partitioning must meet. They provide great exibility for meeting require- ments derived from the user or from speci c functional and non-functional requirement
International audienceHeterogeneous multicore platforms have become an attractive choice to deploy m...
Abstract—Scheduling mixed-criticality systems that integrate multiple functionalities with different...
Modern safety-critical real-time systems are realized via integration of multiple system components ...
The development of mixed-criticality virtualized multi-core systems poses new challenges that are be...
Partitioning is a common approach to developing mixed-criticality systems, where partitions are isol...
Abstract—In this paper we are interested to implement mixed-criticality hard real-time applications ...
The ever-growing complexity of safety-critical control systems continues to require evolution in con...
Abstract-Modern embedded applications typically integrate a multitude of functionalities with potent...
In this paper we are interested in implementing mixed-criticality real-time embedded applications on...
Many Mixed Criticality algorithms have been developed with an assumption that lower criticality-leve...
International audience—Heterogeneous multicore platforms are becoming an attractive choice to deploy...
The continuous increment of processors computational power and the requirements on additional functi...
Mixed-criticality model of computation is being increasingly adopted in timing-sensitive systems. T...
Paper presented at the 30TH INTERNATIONAL CONFERENCE ON ARCHITECTURE OF COMPUTING SYSTEMS (ARCS 2017...
The current approach to developing mixed-criticality sys- tems is by partitioning the hardware resou...
International audienceHeterogeneous multicore platforms have become an attractive choice to deploy m...
Abstract—Scheduling mixed-criticality systems that integrate multiple functionalities with different...
Modern safety-critical real-time systems are realized via integration of multiple system components ...
The development of mixed-criticality virtualized multi-core systems poses new challenges that are be...
Partitioning is a common approach to developing mixed-criticality systems, where partitions are isol...
Abstract—In this paper we are interested to implement mixed-criticality hard real-time applications ...
The ever-growing complexity of safety-critical control systems continues to require evolution in con...
Abstract-Modern embedded applications typically integrate a multitude of functionalities with potent...
In this paper we are interested in implementing mixed-criticality real-time embedded applications on...
Many Mixed Criticality algorithms have been developed with an assumption that lower criticality-leve...
International audience—Heterogeneous multicore platforms are becoming an attractive choice to deploy...
The continuous increment of processors computational power and the requirements on additional functi...
Mixed-criticality model of computation is being increasingly adopted in timing-sensitive systems. T...
Paper presented at the 30TH INTERNATIONAL CONFERENCE ON ARCHITECTURE OF COMPUTING SYSTEMS (ARCS 2017...
The current approach to developing mixed-criticality sys- tems is by partitioning the hardware resou...
International audienceHeterogeneous multicore platforms have become an attractive choice to deploy m...
Abstract—Scheduling mixed-criticality systems that integrate multiple functionalities with different...
Modern safety-critical real-time systems are realized via integration of multiple system components ...