The CrossGrid Performance Analysis Tool for Interactive Grid Applications

Bubak, Marian; Funika, Wodzimierz; Wismüller, Roland

doi:10.1007/3-540-45825-5_17

Cited by 16 publications

(4 citation statements)

References 5 publications

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“…The OCM-G system [13] is a grid application monitoring framework, which offers online monitoring tools, configurable by the central manager, which orchestrates the monitoring process and passes monitoring requests to local monitoring agents. G-PM is a graphical extension to this system for visual performance analysis (in the form of charts, diagrams, etc.).…”

Section: E G-pm/ocm-gmentioning

confidence: 99%

Towards monitoring security policies in grid computing: A survey

Suwan

Siewe

Abwnawar

2016

2016 SAI Computing Conference (SAI)

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Abstract-Grid computing systems are complex and dynamic systems and therefore require appropriate automated management, which would enable stable and reliable operation of the whole grid environment. The research community has addressed this requirement with a number of monitoring frameworks, which serve to collect data at various levels to support decision taking and management activities within grids. However, these existing solutions seem to implement little support for collecting security-related data and enforcing appropriate security policies and constraints in this respect. With an increasing role of network connections and users remotely accessing computational resources from various locations, grid systems are no longer seen as localised and isolated ecosystems, but are coming to be more open and distributed. In this light, it is becoming more and more important to enable monitoring framework with capabilities to collect security-related data and check whether these observations comply with certain security constraints. Accordingly, this paper presents a survey of existing grid monitoring systems with a goal to identify an existing gap of insufficient support for handling the security dimension in grids. The survey suggests that available grid monitoring frameworks are incapable of collecting security-related data metrics and evaluating them against a set of security policies. As a first step towards addressing this issue, the paper outlines several groups of security policies, which the authors expect to be further incorporated in their own research work, and by the wider community.

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Section: E G-pm/ocm-gmentioning

confidence: 99%

Towards monitoring security policies in grid computing: A survey

Suwan

Siewe

Abwnawar

2016

2016 SAI Computing Conference (SAI)

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“…OCM-G [6] is an monitoring infrastructure targeting to interactive Grid applications. Atop OCM-G, G-PM [7] is used to conduct the performance analysis. OCM-G combines dynamic and source instrumentation, however, currently limited to MPI functions.…”

Section: Related Workmentioning

confidence: 99%

SCALEA‐G: A Unified Monitoring and Performance Analysis System for the Grid

Truong_c

Fahringer

2004

Scientific Programming

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This paper describes SCALEA-G, a unified monitoring and performance analysis system for the Grid. SCALEA-G is implemented as a set of grid services based on the Open Grid Services Architecture (OGSA). SCALEA-G provides an infrastructure for conducting online monitoring and performance analysis of a variety of Grid services including computational and network resources, and Grid applications. Both push and pull models are supported, providing flexible and scalable monitoring and performance analysis. Source code and dynamic instrumentation are implemented to perform profiling and monitoring of Grid applications. A novel instrumentation request language for dynamic instrumentation and a standardized intermediate representation for binary code have been developed to facilitate the interaction between client and instrumentation services.

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“…Under a common name of monitoring, there exists a set of services used for different kinds of information gathering and processing. We have on-line monitoring of running applications [3] that provides data for the performance analysis tool [4]. The Jiro-based monitoring system gathers data about infrastructure and there is also a system for monitoring network traffic through the use of specialized hardware.…”

Section: Architecture Definitionmentioning

confidence: 99%

Architecture of the Grid for Interactive Applications

Bubak

Malawski

Zając

2003

Lecture Notes in Computer Science

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In this paper we present the current status of the CrossGrid architecture. The architecture definition follows from the specification of requirements and design documents. It consists of descriptions of functionality of new tools and Grid services and indicates where interfaces should be defined. The components of the CrossGrid architecture are modular and they are organized in the following layers: applications, supporting tools, application development support, application-specific Grid services, generic Grid services, and fabric. We also present an analysis of the possible evolution of the CrossGrid services towards the OGSA service model.

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The CrossGrid Performance Analysis Tool for Interactive Grid Applications

Cited by 16 publications

References 5 publications

Towards monitoring security policies in grid computing: A survey

Towards monitoring security policies in grid computing: A survey

SCALEA‐G: A Unified Monitoring and Performance Analysis System for the Grid

Architecture of the Grid for Interactive Applications

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