Titlebook: Architecture of Computing Systems - ARCS 2012; 25th International C Andreas Herkersdorf,Kay R?mer,Uwe Brinkschulte Conference proceedings 2

熱情贊揚(yáng)

Admissibility of Function Spaces the link and memory bandwidth. A novel mapping approach based on . is proposed for large-scale CMPs. This new combinatorial optimization method has delivered very good results in quality and computational cost when compared to the classical simulated annealing.

違法事實(shí)

能夠支付

Static Task Mapping for Tiled Chip Multiprocessors with Multiple Voltage Islands the link and memory bandwidth. A novel mapping approach based on . is proposed for large-scale CMPs. This new combinatorial optimization method has delivered very good results in quality and computational cost when compared to the classical simulated annealing.

五行打油詩(shī)

A Low-Overhead Heuristic for Mixed Workload Resource Partitioning in Cluster-Based Architecturesal that our first implementation is able to manage tens of applications with an overhead of only fews milliseconds and a memory footprint of less than one hundred KB, thus suitable for usage on real systems.

帽子

Nausea

Parabolic Problems in ,,-Spaces validate the accuracy of our methodology by comparing simulation results with measurements on a real mobile phone platform. Experimental results show that the simulated power profile matches very well with the measurements and it only takes about 100 . to simulate a 20 . GSM paging burst use case.

合適

Hyperbolic Equations of Nonscalar Typeogramming models. In this work, an MPI implementation is optimized and extended to support the invasive programming model; the invasive model’s main idea is to allow for resource aware programming. The result is a library that provides resource awareness through extensions to MPI, while keeping its features and compatibility.

煩人

prick-test

Admissibility of Function Spaces the HW/SW co-design we present a simulation based tracing and profiling methodology for multi-core platforms following a generic and non-intrusive approach supporting easy adaptability, fast applicability and accurate performance measures.

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