Leakage-aware predictive thermal management for multicore systems using echo state network
Leakage power is becoming significant in new generation IC chips. As leakage power is
nonlinearly related to temperature, it is challenging to manage the thermal behavior of …
nonlinearly related to temperature, it is challenging to manage the thermal behavior of …
Self-aware thermal management for high-performance computing processors
Editor's note: Thermal management in high-performance multicore platforms has become
exceedingly complex due to variable workloads, thermal heterogeneity, and long, thermal …
exceedingly complex due to variable workloads, thermal heterogeneity, and long, thermal …
Multiscale thermal management of computing systems-the MULTITHERMAN approach
This work presents the research findings of the Multithermal ERC-Advanced project, in terms
of multi-scale thermal control of complex large scale computing platforms such as High …
of multi-scale thermal control of complex large scale computing platforms such as High …
Thermal model identification of computing nodes in high-performance computing systems
Thermal-aware design and online optimization of the cooling effort are becoming
increasingly important in current and future high-performance computing (HPC) systems. A …
increasingly important in current and future high-performance computing (HPC) systems. A …
Robust identification of thermal models for in-production high-performance-computing clusters with machine learning-based data selection
Power and thermal management are critical components of high-performance-computing
(HPC) systems, due to their high-power density and large total power consumption. The …
(HPC) systems, due to their high-power density and large total power consumption. The …