Utilizing dark silicon to save energy with computational sprinting
Computational sprinting activates dark silicon to improve responsiveness by briefly but
intensely exceeding a system's sustainable power limit. This article focuses on the energy …
intensely exceeding a system's sustainable power limit. This article focuses on the energy …
[PDF][PDF] UTILIZING DARK SILICON TO SAVE ENERGY WITH COMPUTATIONAL SPRINTING
A Raghavan, L Emurian, L Shao, M Papaefthymiou… - Power (W) - acg.cis.upenn.edu
...... Researchers predict increasingly underutilized chip area (dark silicon) with continued
CMOS scaling for all designs, 1, 2 and the impact of dark silicon in mobile devices is likely to …
CMOS scaling for all designs, 1, 2 and the impact of dark silicon in mobile devices is likely to …
[PDF][PDF] UTILIZING DARK SILICON TO SAVE ENERGY WITH COMPUTATIONAL SPRINTING
A Raghavan, L Emurian, L Shao, M Papaefthymiou… - Power (W) - eecs.umich.edu
...... Researchers predict increasingly underutilized chip area (dark silicon) with continued
CMOS scaling for all designs, 1, 2 and the impact of dark silicon in mobile devices is likely to …
CMOS scaling for all designs, 1, 2 and the impact of dark silicon in mobile devices is likely to …
Utilizing Dark Silicon to Save Energy with Computational Sprinting
A Raghavan, L Emurian, L Shao, M Papaefthymiou… - IEEE Micro, 2013 - dl.acm.org
Computational sprinting activates dark silicon to improve responsiveness by briefly but
intensely exceeding a system's sustainable power limit. This article focuses on the energy …
intensely exceeding a system's sustainable power limit. This article focuses on the energy …
Utilizing Dark Silicon to Save Energy with Computational Sprinting
A Raghavan, L Emurian, L Shao, M Papaefthymiou… - IEEE Micro, 2013 - computer.org
Computational sprinting activates dark silicon to improve responsiveness by briefly but
intensely exceeding a system's sustainable power limit. This article focuses on the energy …
intensely exceeding a system's sustainable power limit. This article focuses on the energy …
Utilizing Dark Silicon to Save Energy with Computational Sprinting
A Raghavan, L Emurian, L Shao, M Papaefthymiou… - IEEE Micro, 2013 - infona.pl
Computational sprinting activates dark silicon to improve responsiveness by briefly but
intensely exceeding a system's sustainable power limit. This article focuses on the energy …
intensely exceeding a system's sustainable power limit. This article focuses on the energy …
[PDF][PDF] UTILIZING DARK SILICON TO SAVE ENERGY WITH COMPUTATIONAL SPRINTING
A Raghavan, L Emurian, L Shao, M Papaefthymiou… - Power (W) - researchgate.net
...... Researchers predict increasingly underutilized chip area (dark silicon) with continued
CMOS scaling for all designs, 1, 2 and the impact of dark silicon in mobile devices is likely to …
CMOS scaling for all designs, 1, 2 and the impact of dark silicon in mobile devices is likely to …
Utilizing Dark Silicon to Save Energy with Computational Sprinting
A Raghavan, L Emurian, L Shao, M Papaefthymiou… - IEEE Micro, 2013 - computer.org
Computational sprinting activates dark silicon to improve responsiveness by briefly but
intensely exceeding a system's sustainable power limit. This article focuses on the energy …
intensely exceeding a system's sustainable power limit. This article focuses on the energy …