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As processor power density increases, thermal and power control becomes critical for packet processing on a processor. In “run-to-finish” applications, power consumption is stable and temperature simply rises to saturation point and then stabilizes. But, network applications feature ON/OFF execution pattern, which causes frequent temperature and power consumption changes in the processor. We propose...
As processor power density increases, thermal and power control becomes critical for application processing. In this paper, we consider network applications which feature ON/OFF execution pattern, that causes frequent temperature and power consumption changes in the processor. A novel power aware thermal management algorithm is designed to achieve power saving in multicore processors by employing...
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