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State-of-the-art thermal management techniques independently throttle the frequencies of high-performance multi-core CPU and powerful graphics processing units (GPU) on heterogeneous multiprocessor system-on-chips deployed in latest mobile devices. For graphics-intensive gaming applications, this approach is inadequate because both the CPU and the GPU contribute towards the overall application performance...
Relentless CMOS technology scaling has resulted in increased on-chip temperature leading to serious concerns about lifetime reliability of micro-processors. Though dynamic thermal management techniques can control peak temperature, they often fail to meet the reliability targets due to the complex interplay between temperature and reliability. In this paper, we propose a dynamic reliability management...
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