Titlebook: High Performance Computing for Computational Science - VECPAR 2006; 7th International Co Michel Daydé,José M. L. M. Palma,Jo?o Correia Lope

強制性

Metaserver Locality and Scalability in a Distributed NFSe system behaves in different scenarios and comparing it to a dedicated parallel file system. Our obtained results show that the design of dNFSp allows for a scalable and resource-saving configuration for clusters with a large number of nodes.. Cluster and grid computing, parallel I/O, parallel and distributed computing.

Creatinine-Test

Peer-to-Peer Models for Resource Discovery in Large-Scale Grids: A Scalable Architecturetrary queries in Grids. The architecture includes a scalable technique for locating dynamic resources in large-scale Grids. Simulation results are provided to demonstrate the efficiency of the proposed technique.

有組織

Model for Simulation of Heterogeneous High-Performance Computing Environmentso evaluate the proposed model which used a parallel application executing on a heterogeneous system. The obtained results show the model ability to predict the actual system performance, providing an useful model for developing and evaluating techniques for scheduling and resource allocation over heterogeneous and distributed systems.

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Posterior Task Scheduling Algorithms for Heterogeneous Computing Systemsschedule length by exchanging task clusters in which its parent tasks reside. We compare with HCNF (Heterogeneous Critical Node First) algorithm by illustrating an example to show how our algorithms operate.

medieval

Anahy: A Programming Environment for Cluster Computingime from a multithreaded program and how this DAG is handled by the runtime to apply dynamic scheduling techniques. The paper concludes discussing three case studies of applications developed in the context of Anahy environment.

墻壁

On the Use of the MMC Language to Utilize SIMD Instruction Setnts on these scientific and multimedia applications have yielded good performance improvements. Although this paper discuses the use of MMC, the key features of the MMC language and implementation of its compiler are also presented.

larder

Analyzing Overheads and Scalability Characteristics of OpenMP Applicationsthodology in which we define four overhead categories that we can quantify exactly and describe a tool that implements this methodology. We evaluate our tool on the Open-MP version of the NAS parallel benchmarks.

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