Many/multi-cores architectures provide tremendous increase in computation power, increasing the possibility of executing additional tasks on the system. In critical embedded systems, e.g. aeronautical systems, the uncertainty of the non-uniform and concurrent memory access scheme prohibits the full utilization of the system potentials. Classical Worst Case Execution Time (WCET) estimation techniques upper bound the memory accesses -considering a fully congested memory bus - resulting in safe, but pessimistic, bounds. The proposed approach explores the increase in the system utilization by less critical tasks, while guaranteeing the safety of the critical task
Abstract—The functional consolidation induced by the cost-reduction trends in embedded systems can f...
Abstract—Multicore systems are being increasingly used for embedded system deployments, even in safe...
International audienceMulticore parallelism involve inter-tasks interferences leading to execution t...
International audienceMany/multi-cores architectures provide tremendous increase in computation powe...
Although multi/many-core platforms enable the parallel execution of tasks, the sharing of resources ...
Over-approximated Worst-Case Execution Time (WCET) estimations for multi-cores lead to safe, but ove...
In order to meet performance/low energy/integration requirements, parallel architectures (multithrea...
International audienceWhen integrating mixed critical systems on a multi/many-core, one challenge is...
While the computing industry has shifted from single-core to multi-core processors for performance g...
International audienceComplex embedded systems today commonly involve a mix of real-time and best-ef...
With the increasing use of multi-core platforms in safety-related domains, aircraft system integrato...
Automotive embedded systems need to cope with antagonist requirements: on the one hand, the users an...
Multi-core platforms represent the answer of the industry to the increasing demand for computational...
Critical Real-Time Embedded Systems (CRTES) feature performance-demanding functionality. High-perfo...
International audienceMemory access durations on multicore architectures are highly variable, since ...
Abstract—The functional consolidation induced by the cost-reduction trends in embedded systems can f...
Abstract—Multicore systems are being increasingly used for embedded system deployments, even in safe...
International audienceMulticore parallelism involve inter-tasks interferences leading to execution t...
International audienceMany/multi-cores architectures provide tremendous increase in computation powe...
Although multi/many-core platforms enable the parallel execution of tasks, the sharing of resources ...
Over-approximated Worst-Case Execution Time (WCET) estimations for multi-cores lead to safe, but ove...
In order to meet performance/low energy/integration requirements, parallel architectures (multithrea...
International audienceWhen integrating mixed critical systems on a multi/many-core, one challenge is...
While the computing industry has shifted from single-core to multi-core processors for performance g...
International audienceComplex embedded systems today commonly involve a mix of real-time and best-ef...
With the increasing use of multi-core platforms in safety-related domains, aircraft system integrato...
Automotive embedded systems need to cope with antagonist requirements: on the one hand, the users an...
Multi-core platforms represent the answer of the industry to the increasing demand for computational...
Critical Real-Time Embedded Systems (CRTES) feature performance-demanding functionality. High-perfo...
International audienceMemory access durations on multicore architectures are highly variable, since ...
Abstract—The functional consolidation induced by the cost-reduction trends in embedded systems can f...
Abstract—Multicore systems are being increasingly used for embedded system deployments, even in safe...
International audienceMulticore parallelism involve inter-tasks interferences leading to execution t...