The demands for high performance computing with a low cost and low power consumption are driving a transition towards multi-core processors in many consumer and industrial applications. However, the adoption of multi-core processors in the domain of real-time systems faces a series of challenges that has been the focus of great research intensity during the last decade. These challenges arise in great part from the non real-time nature of the hardware arbiters that schedule the access to shared resources, such as the main memory. One solution proposed in the literature is called Memory Centric Scheduling, which defines a separate software scheduler for the sections of the tasks that will access the main memory, hence circumventing the low l...
We propose and evaluate a multi-thread memory scheduler that targets high performance CMPs. The prop...
Modern chip multiprocessor (CMP) systems employ multiple memory controllers to control access to mai...
International audienceAn online, real-time scheduler is proposed to minimize the power consumption o...
The demands for high performance computing with a low cost and low power consumption are driving a t...
Memory-centric scheduling attempts to guarantee temporal predictability on commercial-off-the-shelf ...
A major obstacle towards the adoption of multi-core platforms for real-time systems is given by the ...
Multicore processors have been established in the multicore embedded real-time system domain. Severa...
Memory-centric scheduling attempts to guarantee temporal predictability on commercial-off-the-shelf ...
With the increased availability of multicore processors in the consumer sector, chip vendors now sta...
International audienceReal-time embedded systems are increasingly being built using commercial-off-t...
The adoption of multi-cores for mixed-criticality systems has fueled research on techniques for prov...
Recent technological advances have led to an increasing gap between memory and processor performance...
International audienceRecent technological advances have led to an increasing gap between memory and...
International audienceCommercial-off-the-shelf (COTS) platforms feature several cores that share and...
In recent years multiprocessor architectures have become mainstream, and multi-core processors are f...
We propose and evaluate a multi-thread memory scheduler that targets high performance CMPs. The prop...
Modern chip multiprocessor (CMP) systems employ multiple memory controllers to control access to mai...
International audienceAn online, real-time scheduler is proposed to minimize the power consumption o...
The demands for high performance computing with a low cost and low power consumption are driving a t...
Memory-centric scheduling attempts to guarantee temporal predictability on commercial-off-the-shelf ...
A major obstacle towards the adoption of multi-core platforms for real-time systems is given by the ...
Multicore processors have been established in the multicore embedded real-time system domain. Severa...
Memory-centric scheduling attempts to guarantee temporal predictability on commercial-off-the-shelf ...
With the increased availability of multicore processors in the consumer sector, chip vendors now sta...
International audienceReal-time embedded systems are increasingly being built using commercial-off-t...
The adoption of multi-cores for mixed-criticality systems has fueled research on techniques for prov...
Recent technological advances have led to an increasing gap between memory and processor performance...
International audienceRecent technological advances have led to an increasing gap between memory and...
International audienceCommercial-off-the-shelf (COTS) platforms feature several cores that share and...
In recent years multiprocessor architectures have become mainstream, and multi-core processors are f...
We propose and evaluate a multi-thread memory scheduler that targets high performance CMPs. The prop...
Modern chip multiprocessor (CMP) systems employ multiple memory controllers to control access to mai...
International audienceAn online, real-time scheduler is proposed to minimize the power consumption o...