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Versatile, Scalable, and Accurate Simulation of Distributed Applications and Platforms Henri Casanovaa , Arnaud Gierschb , Arnaud Legrandc , Martin Quinsond , Fr´ed´eric Sutere,f,∗ a Dept. of Information and Compute
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Document Date: 2014-08-21 14:54:08


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File Size: 1,49 MB

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City

Belfort / Manoa / Lyon / /

Company

Computer Sciences / GPU / /

Country

France / United States / /

Currency

pence / /

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Facility

Grenoble University / University of Hawai‘i / University of Franche-Comt´ / /

IndustryTerm

software engineering / distributed computing applications / performance computing / storage devices / sufficient network / overall software / hardware/software / distributed computing settings / distributed computing platforms / wide area networks / on-line simulators / exascale systems / volunteer computing infrastructure / real-world networks / realistic networks / parallel computing platforms / analytical network / high-speed personal Internet connections / distributed computing / process startup / resource management / software components / file systems / volunteer computing simulators / follow-up cloud computing simulator / collective communications / typical grid/cloud computing simulations / Internet connection / cloud systems / on-line simulation / storage hardware / wireless networks / volunteer computing domains / parallel applications / distributed computing researchers / wide-area networks / software infrastructures / electrical power management / storage systems / data management / volunteer computing systems / grid computing research / actual network protocols / arbitrary distributed applications / grid computing / it possible to study server / computing / long-running applications / cloud computing / volunteer computing cloud / cloud computing platforms / flow-level network / storage area networks / scientific computing / software application / cloud services / /

Organization

IN2P3 Computing Center / Grenoble University / University of Franche-Comt´ / University of Hawai‘i / /

Person

Arnaud Legrandc / Martin Quinsond / Max-Min / Arnaud Gierschb / /

Position

driver for these platforms / bandwidth sharing model / RT / model network contention / Corresponding author / model network latencies / representative / scheduler / Wmax /RT / popular bandwidth sharing model / /

ProgrammingLanguage

Java / C / Fortran / Ruby / C++ / /

Technology

file sharing system / peer-to-peer / API / P2P / Lua / TCP protocols / Operating Systems / process control / flow control / Java / caching / Simulation / network protocols / actual network protocols / /

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