Semantically supported SLA negotiation

Micsik, András; Frutos, Henar Muñoz; Kotsiopoulos, Ioannis; Koller, Bastian

doi:10.1109/grid.2009.5353048

Cited by 2 publications

(2 citation statements)

References 2 publications

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“…Micsik et al [95] consider existing SLA specifications mainly address interoperability at a syntactic level. However, the terminology used can be very different and incompatible in terms of metrics and measurement units.…”

Section: Ws-agreement-based Negotiationmentioning

confidence: 99%

“…However, the terminology used can be very different and incompatible in terms of metrics and measurement units. The authors argue that ontologies and semantic technologies can address these problems as "ontologies can capture the meaning of the SLA related terminology in an unambiguous and machine understandable way, while semantic annotations within the SLA document can link any term to its well defined equivalent in the common ontology" [95]. The proposed approach includes an SLA Negotiator component working with existing SLA languages and protocols like WSLA or WS-Agreement.…”

Section: Ws-agreement-based Negotiationmentioning

confidence: 99%

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A Framework for managing Quality of Service in Cloud Computing through Service Level Agreements

Ziegler¹

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Research work that led to this thesis started almost a decade ago. Naturally, many people were involved in joint research during this time period. A number of them have directly or indirectly contributed to the work presented in this thesis and deserve acknowledgment. First of all, among the current (and former) colleagues in my research group and the various European and German projects through which a significant part of the presented research was funded, I would like to thank Oliver Wäldrich, Philipp Wieder, Angela Rumpl for fruitful fundamental discussions, and (in no particular order)

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Section: Ws-agreement-based Negotiationmentioning

confidence: 99%

Section: Ws-agreement-based Negotiationmentioning

confidence: 99%

A Framework for managing Quality of Service in Cloud Computing through Service Level Agreements

Ziegler¹

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Enhancing the Grid with Multi-agent and Semantic Capabilities

Koller¹,

Laria

Karaenke

et al.

Computational and Data Grids

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Addressing the requirements of academic end users, the Grid paradigm and its underlying technologies was in past developed and evolved neglecting the needs of potential business end users. Nowadays the trend changed towards the use of Grid technologies within electronic business (e-Business) which at the same time requires adapting existing technologies to allow for more flexible, intelligent and reliable support for business stakeholders. The BREIN project was the first one integrating two so far parallel evolving domains into the Grid, namely multi-agent and semantics. By this, the Grid was enhanced to provide the requested capabilities from business end users. This chapter will show the rationale behind the performed developments and the way how BREIN addresses its four main objectives of enabling and/or enhancing: (i) Autonomy and Automation, (ii) Self-Optimization, (iii) Context-Aware Security, (iv) Reduced Complexity of Use with a dedicated focus on the major pillars of the framework, Virtual Organizations (VOs) and Service Level Agreements (SLAs). With that, a generic solution is presented, which can be applied to a variety of distinct application areas.

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Semantically supported SLA negotiation

Cited by 2 publications

References 2 publications

A Framework for managing Quality of Service in Cloud Computing through Service Level Agreements

A Framework for managing Quality of Service in Cloud Computing through Service Level Agreements

Enhancing the Grid with Multi-agent and Semantic Capabilities

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