This paper describes a new Grid application which performs analysis of log files conforming to several different standard formats. In order to exploit the potential execution parallelism of the Grid, we designed and developed a software architecture which splits log files into smaller fragments which are then analyzed independently, possibly in parallel, using computing resources available in a Grid environment. We present the distributed architecture of our Grid log analyzer and describe Jet-Lag, our first Java implementation. We then propose an experimental setting to test Jet-Lag functionality and performance on a DataGrid test-bed. First experimental results show that Grid log analysis with the proposed software architecture is feasible and effective. Performance, as expected for a first Java prototype implementation, is not yet optimal, but main bottlenecks have been identified. A considerable amount of experimental data has been collected that will provide reference material for further investigation.

Jet-Lag Java Heterogeneous Log Analysis on the Grid: Architecture, Implementation and Performance Evaluation

Flavio Lombardi;Roberto Puccinelli
2005

Abstract

This paper describes a new Grid application which performs analysis of log files conforming to several different standard formats. In order to exploit the potential execution parallelism of the Grid, we designed and developed a software architecture which splits log files into smaller fragments which are then analyzed independently, possibly in parallel, using computing resources available in a Grid environment. We present the distributed architecture of our Grid log analyzer and describe Jet-Lag, our first Java implementation. We then propose an experimental setting to test Jet-Lag functionality and performance on a DataGrid test-bed. First experimental results show that Grid log analysis with the proposed software architecture is feasible and effective. Performance, as expected for a first Java prototype implementation, is not yet optimal, but main bottlenecks have been identified. A considerable amount of experimental data has been collected that will provide reference material for further investigation.
2005
Inglese
T. Fahringer, M.H. Hamza
IASTED - Parallel and Distributed Computing and Networks 2005
295
300
0-88986-468-3
Acta Press 
Anaheim
STATI UNITI D'AMERICA
Innsbruck, austria
2
none
Lombardi, Flavio; Puccinelli, Roberto
273
info:eu-repo/semantics/conferenceObject
04 Contributo in convegno::04.01 Contributo in Atti di convegno
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/20.500.14243/139981
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