HPC centre / Cybermedia Centre / Relative Strength University of Melbourne / Osaka University / Software Engineering The University of Melbourne / Bioinformatics Engineering Osaka University / University of Melbourne / Korea Osaka University / Monash University / Laboratory Department / /
IndustryTerm
coupled systems / resource intensive applications / high-energy physics / application processing requirements / transducer technology / execution using time minimization scheduling algorithm / Web services technologies / parallel applications / software engineering effort / wide-area networks / speed networks / storage systems / grid scheduling systems / electronics / parameterization tools / computing / grid computing environments / time optimization algorithm / resource broker / brain activity analysis software suite / numerical solution / be performed using time optimization algorithm / developed using standard Web services technologies / /
OperatingSystem
Linux / Irix / Solaris / /
Organization
University of Melbourne / School of Computer Science and Software Engineering / Department of Information Systems Engineering / Information Science and Technology Department / Osaka University / Graduate School / Laboratory Department of Computer Science / Monash University / Melbourne / Scripps Research Institute / Cybermedia Centre / /
Person
Meta Job Size / Meta Jobs / /
Position
Grid Resource Broker and Scheduler / default Nimrod-G scheduler / broker / Gridbus scheduler / plugin scheduler / Model for Brain Activity Analysis / application-specific scheduler / Grid Resource Broker / Data Analysis Grid Resource Broker / parameter sweep model of distributed computing / resource broker / scheduler / Nimrod-G broker / Nimrod-G resource broker / /
Product
Globus / using the Globus / /
ProgrammingLanguage
C / XML / /
Technology
Alpha / Neuroscience / screen saver / XML / three algorithms / Bioinformatics / PentiumIII/500MHz processor / Linux / tomography / API / Web services technologies / eXtensible Markup Language / Quality of Service / scheduling algorithms / execution using time minimization scheduling algorithm / Grid technologies / Massively Parallel Processing / using time optimization algorithm / transducer technology / simulation / three scheduling algorithms / /
Neuroscience Instrumentation and Distributed Analysis of Brain Activity Data: A Case for eScience on Global Grids Rajkumar Buyya1, Susumu Date2, Yuko Mizuno-Matsumoto3, Srikumar Venugopal1, and David Abramson4