多核处理器的热建模与仿真技术

A. Fodor, G. Chindris, R. Jano, D. Pitica
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引用次数: 1

摘要

便携式设备中使用的处理器的功耗随着处理器功能的发展而发展,也转化为必须从核心中去除的大量热量。目前的研究目标是正确地建模和模拟处理器组件,作为一个整体,并能够近似处理器芯片上的温度水平,以进行精确的热设计。为本研究开发的模拟场景包括分析处理器上的温度水平,以防高负载任务在两个多核处理单元的一个核心上运行。研究结果可以成功地集成到便携式设备热设计的早期阶段。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Thermal Modelling and Simulation Techniques for Multicore Processors
Power dissipation for processors used in portable devices evolved along the evolution of processor capabilities, translated also into a significant amount of heat that must be removed from the cores. The current research aims to correctly model and simulate the processor assembly, as a whole, and to be able to approximate the temperature levels on the processor chip for an accurate thermal design. The simulation scenarios developed for this study include analyzing the temperature levels on the processor in case a high load task runs on one of the cores, for two multicore processing units. The results can be successfully integrated into the very early stages of thermal design for portable devices.
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