2006
Designing a Distributed Mediator for the C-GMA Monitoring Architecture
KRAJÍČEK, Ondřej; Andrea CECCANTI; Aleš KŘENEK; Luděk MATYSKA; Miroslav RUDA et. al.Basic information
Original name
Designing a Distributed Mediator for the C-GMA Monitoring Architecture
Name in Czech
Návrh distribuovaného mediátoru pro architekturu C-GMA
Name (in English)
Designing a Distributed Mediator for the C-GMA Monitoring Architecture
Authors
Edition
1. vyd. Innsbruck, Proceedings of the Austrian Hungarian Workshop on Parallel and Distributed Systems 2006, p. TO APPEAR, 10 pp. 2006
Other information
Language
Czech
Type of outcome
Proceedings paper
Field of Study
10201 Computer sciences, information science, bioinformatics
Country of publisher
Austria
Confidentiality degree
is not subject to a state or trade secret
Organization unit
Institute of Computer Science
Keywords in English
grid monitoring, c-gma, publish/subscribe systems, gma
Tags
International impact, Reviewed
Changed: 14/12/2006 16:42, RNDr. Ondřej Krajíček
In the original language
Grid Infrastructure Monitoring is distinguished as important technique for diagnosing, addressing and preventing problems which may occur in the grids. It is also source of valuable information suitable for scheduling, load balancing and other applications. Currently, infrastructure monitoring is done using specialised toolkits which provide complete solution for single infrastructure and middleware. In large-scale grids, where it is necessary to comprise resources from multiple virtual organisations, it may be necessary to integrate various platforms into single ubiquitous monitored fabric. C-GMA provides tools for such integrations. In this paper, we address the scalability of the C-GMA by proposing a distributed design of C-GMA mediator component. In particular, we examine the properties of Publish/Subscribe systems for this purpose.
In English
Grid Infrastructure Monitoring is distinguished as important technique for diagnosing, addressing and preventing problems which may occur in the grids. It is also source of valuable information suitable for scheduling, load balancing and other applications. Currently, infrastructure monitoring is done using specialised toolkits which provide complete solution for single infrastructure and middleware. In large-scale grids, where it is necessary to comprise resources from multiple virtual organisations, it may be necessary to integrate various platforms into single ubiquitous monitored fabric. C-GMA provides tools for such integrations. In this paper, we address the scalability of the C-GMA by proposing a distributed design of C-GMA mediator component. In particular, we examine the properties of Publish/Subscribe systems for this purpose.
Links
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