Application of the ESB Architecture for Distributed Monitoring of the SLA Requirements

Skałkowski, Kornel; Sendor, Jakub; Słota, Renata; Kitowski, Jacek

doi:10.1109/ispdc.2010.21

Cited by 6 publications

(2 citation statements)

References 6 publications

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“…The implementation of such monitoring should take into account the heterogeneity of storage resources and should not introduce significant overhead. In the case of QStorMan and the SMED monitoring system the success lies on the using of C2SM model, which allows for unifying the access to the monitored resources and easy distributing of the monitoring system (see [12]). Using of unified SQoS metrics allows for easy construction of the upper system layers (e.g., storage performance manager, resource broker).…”

Section: Resultsmentioning

confidence: 99%

Storage Qos Provisioning for Execution Programming of Data-Intensive Applications

Słota

2012

Scientific Programming

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Abstract. In this paper a method for execution programming of data-intensive applications is presented. The method is based on storage Quality of Service (SQoS) provisioning. SQoS provisioning uses the semantic based storage monitoring based on a storage resources model and a storage performance management. Test results show the gain for the execution time when using the QStorMan toolkit which implements the presented method. Taking into account the SQoS provisioning opportunity on the one hand, and the increasingly growing user demands on the other hand, we believe that the execution programming of data-intensive applications can bring a new quality into the application execution.

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Section: Resultsmentioning

confidence: 99%

Storage Qos Provisioning for Execution Programming of Data-Intensive Applications

Słota

2012

Scientific Programming

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“…• Ontolgy reasoning layer responsible for adding, updating, deleting and reasoning over on ontologies and supporting the FiVO graphical user interface for resource browsing, editing and contract negotiation processes, as well as other components (e.g. SLAM [13]). • Resources container layer contains CNO, VBE VO Contract ontology resources.…”

Section: Architecture Of the Fivo Dcnsmentioning

confidence: 99%

Distributed Contract Negotiation System for Virtual Organizations

Stelmach

Kryza

Słota

et al. 2011

Procedia Computer Science

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Nowadays, with the broadening usage of distributed systems and Grid, the need for cooperation between many different heterogeneous organizations occurs. Such cooperation usually requires sharing of access to data, service and other tangible or intangible resources. To accomplish such cooperative efforts between organizations, an idea of the Virtual Organization (VO) emerged. It allows the organizations to share resources between the partners, while enforcing proper quality of service and security. In order to enable creation of such Virtual Organization, it is necessary to allow the participants of the VO to negotiation an agreement concerning the rules of cooperation, which will be encoded in a machine processable format.In this paper we present the application of the ESB integration architecture in the specialized distributed contract negotiation service -the FiVO DCNS, which is responsible for distributing contract negotiation events and queries between components of FiVO deployed in different organizations.

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