Fine-Grained Data-Level Parallelization Sample Clauses

Fine-Grained Data-Level Parallelization this methodology explores the potential for accelerating the target application on a large number of threads, by offloading it onto the GPPA. Thus we consider a different parallelization scheme which is fine-grained enough to keep busy a very large number of cores. We leverage loop-level parallelism to generate several fine-grained threads. In particular, approaches 1 and 2 are suitable for the industrial applications described in Section 2.1, as explained in the following sections. Computer vision algorithms, on the other hand, are characterized by a remarkable workload, in particular when high definition images are considered. The traditional target of CV libraries is the desktop computing environment. Since embedded devices have not the same computing capabilities of desktop mainstream processors, the execution of such algorithms on mobile platforms often presents unsatisfying performance. However, CV workloads often exhibit fine-grained (i.e., pixel-level) parallelism, which makes them a suitable candidate for acceleration on the GPPA (approach 3). We will thus describe the acceleration approaches for the two categories of applications in the two following sections.
Sample 1
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Fine-Grained Data-Level Parallelization. The experiments presented in the previous sections demonstrate that the speedup that can be achieved on the host subsystem by means of parallelization and exploitation of SIMD engines is limited. The platform template that we target in the vIrtical project can be equipped with a many- core programmable accelerator, the GPPA (General Purpose Programmable Accelerator). Clearly, the parallelization scheme that needs to be adopted to take advantage of the GPPA is very different from the one used in the MEVBenchs. Indeed, if the number of processing cores is small, parallelization can generally be coarse-grained, where the amount of work is high enough to keep the cores busy and can tolerate synchronization overheads among a small number of workers. However, the same parallelization approach is bound to provide poor results for higher processor counts. It is therefore important to evaluate the benefits of a parallel implementation that is designed with scalability in mind in this scenario. We present in the following the parallelization strategy for each of the benchmarks.
Sample 1

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