Abstract: This paper evaluates the power consumption of different parallel programming interfaces (PPI) in a multicore architecture.
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Abstract—This paper evaluates the power consumption of different parallel programming interfaces (PPI) in a multicore architecture. These PPIs are: PThreads ...
This paper evaluates the power consumption of different parallel programming interfaces (PPI) in a multicore architecture. These PPIs are: PThreads, OpenMP, ...
Power Consumption of Parallel Programming Interfaces in Multicore ...
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This paper evaluates the power consumption of different parallel programming interfaces (PPI) in a multicore architecture. These PPIs are: PThreads, OpenMP, MPI ...
Abstract—This paper evaluates the power consumption of different parallel programming interfaces (PPI) in a multicore architecture. These PPIs are: PThreads ...
Power Consumption of Parallel Programming Interfaces in Multicore Architectures: A Case Study. Conference Paper. Oct 2018. Adriano ...
Intelligent Power Technology: Intel's multicore processors provide intelligent power ... Power consumption is reduced to 10 watts compared to 16 to 50 watts ...
The power consumption of high-performance computing (HPC) systems is expected to significantly grow (up to 100 MW) in the next years (Dutot et al., Towards ...
Covers all strategies that have been proposed in the last decades to optimize parallel applications; Presents as a case study a novel approach for improving ...
In this complex scenario, we evaluate 14 parallel benchmarks implemented with 4 different parallel programming interfaces (PPIs), with distinct communication ...