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Power and thermal constraints of modern system-on-a-chip computer.

, , , and . Microelectron. J., 46 (12): 1225-1229 (2015)

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Energy management of highly dynamic server workloads in an heterogeneous data center., , , , and . PATMOS, page 1-5. IEEE, (2014)Energy Aware Race to Halt: A Down to EARtH Approach for Platform Energy Management., , , and . IEEE Comput. Archit. Lett., 13 (1): 25-28 (2014)SysScale: Exploiting Multi-domain Dynamic Voltage and Frequency Scaling for Energy Efficient Mobile Processors., , , , , , and . ISCA, page 227-240. IEEE, (2020)A Comprehensive Evaluation of Power Delivery Schemes for Modern Microprocessors., , , and . ISQED, page 123-130. IEEE, (2019)BurstLink: Techniques for Energy-Efficient Video Display for Conventional and Virtual Reality Systems., , , , , , , and . MICRO, page 155-169. ACM, (2021)Multiple clock and voltage domains for chip multi processors., , , and . MICRO, page 459-468. ACM, (2009)Alder Lake Architecture., , , , , , , and . HCS, page 1-23. IEEE, (2021)Power-Management Architecture of the Intel Microarchitecture Code-Named Sandy Bridge., , , , and . IEEE Micro, 32 (2): 20-27 (2012)Techniques for Reducing the Connected-Standby Energy Consumption of Mobile Devices., , , , and . HPCA, page 623-636. IEEE, (2020)Power and thermal constraints of modern system-on-a-chip computer., , , and . Microelectron. J., 46 (12): 1225-1229 (2015)