<--- Back to Details
First PageDocument Content
Scientific modeling / Electronic design automation / Distributed computing / SimGrid / Simulation / Computer simulation / Climateprediction.net / Network simulation / Berkeley Open Infrastructure for Network Computing / Electronic engineering / Computing / Software
Scientific modeling
Electronic design automation
Distributed computing
SimGrid
Simulation
Computer simulation
Climateprediction.net
Network simulation
Berkeley Open Infrastructure for Network Computing
Electronic engineering
Computing
Software

Fast and Scalable Simulation of Volunteer Computing Systems Using SimGrid Bruno Donassolo Henri Casanova

Add to Reading List

Source URL: navet.ics.hawaii.edu

Download Document from Source Website

File Size: 392,50 KB

Share Document on Facebook

Similar Documents

Modeling of the US National Kidney Transplantation System as a Queueing Network and Discrete Event Simulation Ashley E Davis1, 2, Sanjay Mehrotra1, 2, 3,*, John J Friedewald2,5, Daniela P Ladner2,4 1  Industrial Engineer

Modeling of the US National Kidney Transplantation System as a Queueing Network and Discrete Event Simulation Ashley E Davis1, 2, Sanjay Mehrotra1, 2, 3,*, John J Friedewald2,5, Daniela P Ladner2,4 1 Industrial Engineer

DocID: 1v5SC - View Document

Join the FORUM8 Global Premier Partner Network and enable your clients to benefit from the best and most cost-effective interactive 3D visualisation & simulation software VR-Design Studio users can benefit from cost-effe

Join the FORUM8 Global Premier Partner Network and enable your clients to benefit from the best and most cost-effective interactive 3D visualisation & simulation software VR-Design Studio users can benefit from cost-effe

DocID: 1uQ01 - View Document

RoboNetSim: An Integrated Framework for Multi-robot and Network Simulation Michal Kudelski, Luca M. Gambardella, Gianni A. Di Caro1 Dalle Molle Institute for Artificial Intelligence (IDSIA) - Lugano, Switzerland Abstract

RoboNetSim: An Integrated Framework for Multi-robot and Network Simulation Michal Kudelski, Luca M. Gambardella, Gianni A. Di Caro1 Dalle Molle Institute for Artificial Intelligence (IDSIA) - Lugano, Switzerland Abstract

DocID: 1uLH1 - View Document

Project number: N21 Doctoral Researcher: Juan Michael Sargado Title: Numerical simulation of fracture network evolution in enhanced geothermal systems Supervisors: Dr. Eirik Keilegavlen, Prof. Dr. Inga Berre, Prof. Dr. J

Project number: N21 Doctoral Researcher: Juan Michael Sargado Title: Numerical simulation of fracture network evolution in enhanced geothermal systems Supervisors: Dr. Eirik Keilegavlen, Prof. Dr. Inga Berre, Prof. Dr. J

DocID: 1uJol - View Document

MIT Chemical Engineering Department Special Seminar Molecular dynamics simulation of polymer crystallization: network formation in polyethylene fibers and chiral (polymorph) selection in helical polymers

MIT Chemical Engineering Department Special Seminar Molecular dynamics simulation of polymer crystallization: network formation in polyethylene fibers and chiral (polymorph) selection in helical polymers

DocID: 1upge - View Document