Empirically Derived Abstractions in Uncore Power Modeling for a Server-Class Processor Chip

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Empirically Derived Abstractions in Uncore Power Modeling for a Server-Class  Processor Chip
Electronics, Free Full-Text
Empirically Derived Abstractions in Uncore Power Modeling for a Server-Class  Processor Chip
Empirically Derived Abstractions in Uncore Power Modeling for a Server-Class Processor Chip
Empirically Derived Abstractions in Uncore Power Modeling for a Server-Class  Processor Chip
Programming Model
Empirically Derived Abstractions in Uncore Power Modeling for a Server-Class  Processor Chip
PDF) Empirically derived abstractions in uncore power modeling for a server-class processor chip
Empirically Derived Abstractions in Uncore Power Modeling for a Server-Class  Processor Chip
Frontiers of Supercomputing II
Empirically Derived Abstractions in Uncore Power Modeling for a Server-Class  Processor Chip
A novel power model for future heterogeneous 3D chip-multiprocessors in the dark silicon age, EURASIP Journal on Embedded Systems
Empirically Derived Abstractions in Uncore Power Modeling for a Server-Class  Processor Chip
Dharmesh Parikh - Hardware Performance Architect - Qualcomm
Empirically Derived Abstractions in Uncore Power Modeling for a Server-Class  Processor Chip
Vincent: Green hot methods in the JVM - ScienceDirect
Empirically Derived Abstractions in Uncore Power Modeling for a Server-Class  Processor Chip
Frontiers of Supercomputing II
Empirically Derived Abstractions in Uncore Power Modeling for a Server-Class  Processor Chip
A survey on software methods to improve the energy efficiency of parallel computing - Chao Jin, Bronis R de Supinski, David Abramson, Heidi Poxon, Luiz DeRose, Minh Ngoc Dinh, Mark Endrei, Elizabeth
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