Titlebook: Computer Performance Evaluation and Benchmarking; SPEC Benchmark Works David Kaeli,Kai Sachs Conference proceedings 2009 Springer-Verlag Be

brassy

A Note on the Effects of Service Time Distribution in the M/G/1 Queueor coefficients of variation of the service time in excess of one, higher-order properties of the service time distribution may have an important effect on the steady-state probability distribution for the number of customers in the M/G/1 queue. As a result, markedly different state probabilities ca

HACK

0302-9743 the area of benchmarking research and technology. The topics covered are: benchmark suites, CPU benchmarking, power/thermal benchmarking, and modeling and sampling techniques.978-3-540-93798-2978-3-540-93799-9Series ISSN 0302-9743 Series E-ISSN 1611-3349

MIRE

Aurorae and the Zodiacal Light,4:1 performance gain for startup of a benchmark when I/O was reconfigured; (2)?a benchmark that improved up to 2:1 when a TLB data structure was re-sized; and (3)?a benchmark that improved by 52% after a change to NUMA page allocation. The SPEC CPU workloads usefully exposed several opportunities for performance improvement.

果仁

Cultivate

https://doi.org/10.1007/1-84628-286-1f 3D multi-core architectures with widely varied design choices (e.g. microarchitecture, floor-plan and packaging). Our results show the models achieve high accuracy while maintaining low complexity and computation overhead.

Cumbersome

濕潤(rùn)

Performance Characterization of Itanium? 2-Based Montecito Processorsses, branch prediction, bus transactions, resource and data stalls and instruction frequencies. Montecito achieves 1.14× and 1.16× higher (geometric mean) IPC on integer and floating-point applications. We believe that the results and analysis presented in this paper can potentially guide future IA-64 compiler and architectural research.

Diastole

Thermal Design Space Exploration of 3D Die Stacked Multi-core Processors Using Geospatial-Based Predf 3D multi-core architectures with widely varied design choices (e.g. microarchitecture, floor-plan and packaging). Our results show the models achieve high accuracy while maintaining low complexity and computation overhead.

SHOCK

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