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Evaluating the Energy Efficiency of Reconfigurable Computing Toward Heterogeneous Multi-Core Computing

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2014

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Gesellschaft für Informatik e.V., Fachgruppe PARS

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Future exascale systems need to have a much better performance-to-power ratio than today’s systems. Accelerators are a promising approach to pave this path by more energy-efficient computing. We show some early results of our investigations toward energy efficiency of reconfigurable and heterogeneous computing against multi-core processors for special applications. The results are supported by a general framework and toolchain for early evaluation of potential benefits of reconfigurable hardware. As a result, heterogeneous systems based on reconfigurable hardware, efficient data exchange mechanisms, data-driven and component-based programming, and task-parallel execution can help achieve power-efficient exascale systems in future.

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Nowak, Fabian (2014): Evaluating the Energy Efficiency of Reconfigurable Computing Toward Heterogeneous Multi-Core Computing. PARS-Mitteilungen: Vol. 31, Nr. 1. Berlin: Gesellschaft für Informatik e.V., Fachgruppe PARS. PISSN: 0177-0454

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