Power management of digital circuits is raising ofimportance in a broad spectrum of computing domains. High-performance computing systems as the effect of the stop ofDennard’s scaling have become power and thermal limited. Inthis manuscript, we evaluate the feasibility of using an open-source RISC-V based power controller for the high-performancecomputing market
Andrea Bartolini, D.R. (2019). A PULP-based Parallel Power Controller for Future Exascale Systems. Piscataway, NJ : IEEE [10.1109/ICECS46596.2019.8964699].
A PULP-based Parallel Power Controller for Future Exascale Systems
Andrea Bartolini;Davide Rossi;Antonio Mastrandrea;Christian Conficoni;Simone Benatti;Andrea Tilli;Luca Benini
2019
Abstract
Power management of digital circuits is raising ofimportance in a broad spectrum of computing domains. High-performance computing systems as the effect of the stop ofDennard’s scaling have become power and thermal limited. Inthis manuscript, we evaluate the feasibility of using an open-source RISC-V based power controller for the high-performancecomputing marketFile in questo prodotto:
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