Many of the current systems deploy Dynamic Voltage and Frequency Scaling (DVFS) to address thermal emergencies, either within the Operating System or hardware.
Hardware/Software Co-design Architecture for. Thermal Management of Chip Multiprocessors. Omer Khan and Sandip Kundu. Department of Electrical and Computer ...
Hardware/Software Co-design Architecture for. Thermal Management of Chip Multiprocessors. Omer Khan and Sandip Kundu. Department of Electrical and Computer ...
The results show that in the 65 nm technology, a predictive, targeted, and localized response to thermal events improves a quad-core performance by an ...
The results show that in the 65nm technology, a predictive, targeted, and localized response to thermal events improves a quad-core performance by an average of ...
In this paper, we present an alternative thermal management system to address these limitations, based on virtual machine concept that uses a runtime layer of ...
Today's designs are being shaped by the challenges of nano-CMOS technologies: increased power density, rising junction temperatures, and rising rate of ...
This paper presents an alternative thermal management system to address these limitations, based on co-designed virtual machines concept that delivers ...
Predictive Thermal Management for Chip Multiprocessors Using Co ...
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Our approach tackles thermal management in a unified hardware/software framework. One of the first hardware, software co-design approach of dynamically managing.
Omer Khan, Sandip Kundu (2009). Hardware/software co-design architecture for thermal management of chip multiprocessors. Design, Automation and Test in Europe, ...