This paper presents an ongoing PhD research focused on a dynamic and reconfigurable scheduling strategy based on timing profiling for desktop accelerators.

Abstract—High-performance platforms are required by ap- plications that use massive calculations. Actually, desktop accelerators (like the GPUs) form a ...

This paper presents an ongoing PhD research focused on a dynamic and reconfigurable scheduling strategy based on timing profiling for desktop accelerators.

Desktop accelerators (like GPUs) form a powerful heterogeneous platform in conjunction with multi-core CPUs. To improve application performance on.

This paper presents an ongoing PhD research focused on a dynamic and reconfigurable scheduling strategy based on timing profiling for desktop accelerators.

Towards Dynamic Reconfigurable Load-balancing for Hybrid Desktop Platforms ; Institute of Electrical and Electronics Engineers · 1-4 · 978-1-4244-6534-7.

This approach enhance a previous work [15] by extending and improving the Reconfiguration and TaskAllocation packages, as depicted in Figure 2.

Towards dynamic reconfigurable load-balancing for hybrid desktop platforms pp. 1-4. Parallel applications employing pairwise computations on emerging ...

Compared to the previous methods, the experimental results show that our proposed method improves performance and balance up to 33% and 116%, respectively.

This paper analyses the energy efficiency of the different load balancing methods compared to a baseline system that uses just a single GPU and shows that ...