The benefit of these techniques is the generation of coarser-grained threads and, therefore, decreased execution time. Our experiments were performed using the ...

The benefit of these techniques is the generation of coarser-grained threads and, therefore, decreased execution time. Our experiments were performed using the ...

The benefit of these techniques is the generation of coarser-grained threads and, therefore, decreased execution time. Our experiments were performed using the ...

By allowing fast context switching between threads on the same processor, these systems hide communication and synchronization latencies and allow scalable ...

Nov 6, 2018 · Bibliographic details on Automatic compiler techniques for thread coarsening for multithreaded architectures.

We target a compiler transformation specific for data-parallel languages: thread-coarsening and show it can improve performance across different GPU devices. We ...

Abstract Thread partitioning is an important task in compiling high-level languages for multithreaded architectures. Non-preemptive multithreaded ...

The technique is applied to four GPU architectures: Fermi and Kepler from Nvidia and Cypress and Tahiti from AMD. While naive coarsening misses optimization ...

This thesis presents novel compilation techniques for the non-preemptive multithreaded model (such as EARTH) and simplified the advanced partitioning ...

Missing: Automatic techniques