Performance/energy trade‐off in scientific computing: the case of ARM big. LITTLE and Intel Sandy Bridge
Power consumption is one of the main challenges to achieve Exascale performance.
Current research trends aim at overcoming power consumption constraints using low‐power …
Current research trends aim at overcoming power consumption constraints using low‐power …
Performance/energy trade-off in scientific computing: the case of ARM big. LITTLE and Intel Sandy Bridge
EL Padoin, LL Pilla, M Castro, FZ Boito… - IET Computers & Digital …, 2015 - infona.pl
Power consumption is one of the main challenges to achieve Exascale performance.
Current research trends aim at overcoming power consumption constraints using low-power …
Current research trends aim at overcoming power consumption constraints using low-power …
Performance/energy trade-off in scientific computing: the case of ARM big. LITTLE and Intel Sandy Bridge
EL Padoin, LL Pilla, M Castro, FZ Boito… - IET Computers & Digital …, 2014 - IET
Power consumption is one of the main challenges to achieve Exascale performance.
Current research trends aim at overcoming power consumption constraints using low-power …
Current research trends aim at overcoming power consumption constraints using low-power …
Performance/energy trade-off in scientific computing: the case of ARM big. LITTLE and Intel Sandy Bridge
EL Padoin, FZ Boito, LL Pilla, MB Castro… - IET Computers & …, 2015 - inria.hal.science
Power consumption is one of the main challenges to achieve Exascale performance.
Current research trends aim at overcoming power consumption constraints using low-power …
Current research trends aim at overcoming power consumption constraints using low-power …
Performance/energy trade‐off in scientific computing: the case of ARM big. LITTLE and Intel Sandy Bridge.
EL Padoin, LL Pilla, M Castro, FZ Boito… - IET Computers & …, 2015 - search.ebscohost.com
Power consumption is one of the main challenges to achieve Exascale performance.
Current research trends aim at overcoming power consumption constraints using low‐power …
Current research trends aim at overcoming power consumption constraints using low‐power …
Performance/energy trade-off in scientific computing: the case of ARM big. LITTLE and Intel Sandy Bridge
EL Padoin, FZ Boito, LL Pilla, MB Castro… - IET Computers & …, 2015 - hal.univ-smb.fr
Power consumption is one of the main challenges to achieve Exascale performance.
Current research trends aim at overcoming power consumption constraints using low-power …
Current research trends aim at overcoming power consumption constraints using low-power …
Performance/energy trade-off in scientific computing: the case of ARM big. LITTLE and Intel Sandy Bridge
EL Padoin, FZ Boito, LL Pilla, MB Castro… - IET Computers & Digital …, 2015 - hal.science
Power consumption is one of the main challenges to achieve Exascale performance.
Current research trends aim at overcoming power consumption constraints using low-power …
Current research trends aim at overcoming power consumption constraints using low-power …
[PDF][PDF] Performance/energy trade-off in scientific computing: the case of ARM big. LITTLE and Intel Sandy Bridge
EL Padoin, LL Pilla, M Castro, FZ Boito, POA Navaux… - 2015 - academia.edu
Power consumption is one of the main challenges to achieve Exascale performance.
Current research trends aim at overcoming power consumption constraints using low-power …
Current research trends aim at overcoming power consumption constraints using low-power …
Performance/energy trade-off in scientific computing: the case of ARM big. LITTLE and Intel Sandy Bridge
EL Padoin, FZ Boito, LL Pilla, MB Castro… - IET Computers & …, 2015 - hal.univ-smb.fr
Power consumption is one of the main challenges to achieve Exascale performance.
Current research trends aim at overcoming power consumption constraints using low-power …
Current research trends aim at overcoming power consumption constraints using low-power …