Dmitrii Zagorodnov, Francine Berman, Rich Wolski  Home/Search
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Abstract: One of the compelling reasons for developing the Information Power Grid (IPG) is to provide a platform for more rapid development and execution of simulations and other resource-intensive applications. However, the IPG will ultimately not be successful unless users and application developers can achieve execution performance for their codes. In this paper, we describe a performance-efficient approach to scheduling applications in dynamic multiple-user distributed environments such as the IPG.... (Update)
Context of citations to this paper: More
.... requirements and dynamic resource performance information to schedule distributed applications in multi user distributed environments [5, 20, 27]. AppLeS applicationlevel schedulers use a performance model (based on the application s communication and computational needs) which...
...System Scheduling A number of grid systems have implemented methods of scheduling grid jobs. The Application Level Scheduler (AppLeS) [Zag98] is a user level scheduler designed to run with an existing grid system. It uses dynamic system information, including network...
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2: the Legion team, `The Legion Vision of a Worldwide Virtual Computer (context) - Grimshaw, Wulf - 1997
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BibTeX entry: (Update)
D. Zagorodnov, F. Berman, and R. Wolski. Application Scheduling on the Information Power Grid. International Journal of High-Performance Computing, 1998. 8 http://citeseer.ist.psu.edu/zagorodnov98application.html More
@techreport{ zagorodnov00application,
author = "Dmitrii Zagorodnov and Francine Berman and Rich Wolski",
title = "Application Scheduling on the Information Power Grid",
number = "CS2000-0644",
month = "11,",
pages = "15",
year = "2000",
url = "citeseer.ist.psu.edu/zagorodnov98application.html" }
Citations (may not include all citations):659 Globus: A metacomputing infrastructure toolkit - Foster, Kesselman - 1997
214 The network weather service: A distributed resource performa.. - Wolski, Spring et al. - 1998
187 NetSolve: A network server for solving computational science.. - Casanova, Dongarra - 1996 ACM
182 Application level scheduling on distributed heterogeneous ne.. - Berman, Wolski et al. - 1996
169 Dynamically forecasting network performance using the networ.. - Wolski - 1998 DBLP
74 High performance schedulers - Berman - 1998
64 Legion: The next logical step toward a nationwide virtual co.. - Grimshaw, Wulf et al. - 1994
32 Performance prediction in production environments - Schopf, Berman - 1998 ACM DBLP
26 Application level scheduling: Gene sequence library comparis.. (context) - Spring, Wolski - 1998
14 Using apples to schedule a distributed visualization tool on.. (context) - Su, Berman et al. - 1998
13 Performance Prediction and Scheduling for Parallel Applicati.. - Schopf - 1998 ACM
13 The nimrod computational workbench: A case study in desktop .. - Abramson, Foster et al. - 1997
12 A comparison of implicit schemes for the incompressible navi.. (context) - Rogers - 1995
6 Performance effects of scheduling strategies for master/slav.. - Shao, Wolski et al. - 1998
3 Simulation steering with SCIRun in a distributed memory envi.. - Miller, Hansen et al. - 1998
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The AppLeS Project: A Status Report - Berman, Wolski (1997) (Correct)
Modeling the Cost of Redistribution in Scheduling - Shao, Wolski, Berman (1997) (Correct)
Modeling Contention Effects in Clustered Environments - Figueira, Berman (1996) (Correct)
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