It features two aspects: a low overhead, Platform Agnostic, Close-to-HArdware (PACHA) programming interface, which allows to handle only one version of the ...

Jul 6, 2018 · In order to fill the gaps and thus, to lower the barrier to develop on bare metal on shared memory manycore accelerators, we present PACHA.

It features two aspects: a low overhead, Platform Agnostic, Close-to-HArdware (PACHA) programming interface, which allows to handle only one version of the ...

It features two aspects: a low overhead, Platform Agnostic, Close-to-HArdware (PACHA) programming interface, which allows to handle only one version of the ...

We present PACHA. It features two aspects: A low overhead, Platform Agnostic, Close-to-HArdware (PACHA) programming interface, which allows to handle only one ...

Bibliographic details on PACHA: Low Cost Bare Metal Development for Shared Memory Manycore Accelerators.

PACHA: Low Cost Bare Metal Development for Shared Memory Manycore Accelerators ... Financed by the National Centre for Research and Development under grant No.

PACHA: Low cost bare metal development for shared memory manycore accelerators. A Aminot, A Guerre, J Peeters, Y Lhuillier. Procedia Computer Science 18, 1644 ...

PACHA: Low cost bare metal development for shared memory manycore accelerators‏. A Aminot, A Guerre, J Peeters, Y Lhuillier‏. Procedia Computer Science 18, 1644 ...

PACHA: Low cost bare metal development for shared memory manycore accelerators. A Aminot, A Guerre, J Peeters, Y Lhuillier. Procedia Computer Science 18, 1644 ...