Oct 14, 2014 · Thermal-constrained task scheduler for throughput optimization on 3-D multicore processors (3-D MCPs) has been studied extensively.
Abstract—Thermal-constrained task scheduler for throughput opti- mization on 3-D multicore processors (3-D MCPs) has been studied extensively.
Abstract—Hotspots occur frequently in 3D multi-core proces- sors (3D-MCPs) and they can adversely impact system reliability and lifetime.
Missing: Energy | Show results with:Energy
In this paper, we study the problem of how to improve the energy efficiency when scheduling a set of hard periodic real-time tasks on a multi-core platform ...
Moreover, the proposed task scheduler integrates a vertical-grouping voltage scaling (VGVS) strategy that considers thermal correlation in 3D-MCPs. Experimental ...
At run-time, a Synthetic Thermal-Efficient Manager (STEM) is proposed to dispatch tasks and thermal sizes to cores and to adjust the heat generated in each core ...
Abstract—Hotspots occur frequently in 3D multi-core proces- sors (3D-MCPs) and they can adversely impact system reliability and lifetime.
Missing: Energy | Show results with:Energy
Abstract—A rising horizon in chip fabrication is the 3D integration technology. It stacks two or more dies vertically with a dense, high-.
Jan 4, 2018 · The proposed DVA strategies can be employed in online, thermally constrained task schedulers. Three DVA strategies, random DVA, thermal-aware ...
processors to maximize performance under both energy and temperature constraints ... Equation (3–19) constrains the voltage (and effective power and computational.