On-chip phase change heat sinks designed for computational sprinting

L Shao, A Raghavan, L Emurian… - 2014 Semiconductor …, 2014 - ieeexplore.ieee.org
Computational sprinting has been proposed to improve responsiveness for the intermittent
computational demands of many current and emerging mobile applications by briefly …
被引用次数：45 相关文章
[PDF] researchgate.net

[PDF][PDF] On-chip Phase Change Heat Sinks Designed for Computational Sprinting

L Shao, A Raghavan, L Emurian, MC Papaefthymiou… - researchgate.net
Computational sprinting has been proposed to improve responsiveness for the intermittent
computational demands of many current and emerging mobile applications by briefly …

On-chip phase change heat sinks designed for computational sprinting

L Shao, A Raghavan, L Emurian, MC Papaefthymiou… - 2014 Semiconductor … - infona.pl
Computational sprinting has been proposed to improve responsiveness for the intermittent
computational demands of many current and emerging mobile applications by briefly …
[PDF] upenn.edu

[PDF][PDF] On-chip Phase Change Heat Sinks Designed for Computational Sprinting

L Shao, A Raghavan, L Emurian, MC Papaefthymiou… - acg.cis.upenn.edu
Computational sprinting has been proposed to improve responsiveness for the intermittent
computational demands of many current and emerging mobile applications by briefly …
[PDF] archive.org

[PDF][PDF] On-chip Phase Change Heat Sinks Designed for Computational Sprinting

L Shao, A Raghavan, L Emurian, MC Papaefthymiou… - scholar.archive.org
Computational sprinting has been proposed to improve responsiveness for the intermittent
computational demands of many current and emerging mobile applications by briefly …

[引用][C] On-chip Phase Change Heat Sinks Designed for Computational Sprinting

L Shao, A Raghavan, L Emurian, MC Papaefthymiou…