Titlebook: High Performance Computing - HiPC 2006; 13th International Yves Robert,Manish Parashar,Viktor K. Prasanna Conference proceedings 2006 Spr

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Improving the Flexibility of the Deficit Table Schedulerd can offer good latency bounds. Some of the latest proposals of network technologies, like Advanced Switching and InfiniBand, define in their specifications one of these schedulers. However, these schedulers do not work properly with variable packet sizes and face the problem of bounding the bandwi

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A Cache-Pinning Strategy for Improving Generational Garbage Collectionaversal, memory access patterns are unpredictable and cache performance becomes crucial to garbage-collection efficiency. Our proposal to improve cache performance of garbage collection is to “pin” the youngest generation (sometimes called the nursery) in the cache, converting all nursery accesses t

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Segmented Bitline Cache: Exploiting Non-uniform Memory Access Patternsse the memory cells farthest from the sense amplifiers in the cache must discharge a large capacitance on the bitlines. We reduce this capacitance by segmenting the memory cells along the bitlines, and turning off the segmenters to reduce the overall bitline capacitance..The success of this cache re

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Raúl Martínez,Francisco J. Alfaro,José L. Sánchezetection of accepting paths. We have extended our study to the use of the atomic proposition . which holds for terminal states. Partial order techniques are not adapted to deal with this global property in the context of a LTL model checking.

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Minimizing Average Response Time for Scheduling Stochastic Workload in Heterogeneous Computational G analyze the impact of differential processor speeds, the number of processors per node, and utilization rate of the grids on the difference between these two scheduling strategies. These analysis provide deeper understanding of average response time of grids, which will allow us to design more efficient algorithms for Grid workload scheduling.

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