e-Science applications increasingly require both computational power and storage resources, currently supported with a certain level of quality. Since in the grid and cloud environments, where we can execute the e-Science applications, heterogeneity of storage systems is higher than that of computational power resources, optimization of data access defines one of challenging tasks nowadays. In this paper we present our approach to management of data access in the grid environment. The main issue is to organize data in such a way that users requirements in the form of QoS/SLA are met. For this purpose we make use of a storage monitoring system and a mass storage system model -- CMSSM. The experiments are performed in the PL-Grid environment
During the last decades the demand for large-scale computational and storage resources in science ha...
Some applications utilizing Grid computing infrastructure require the simultaneous allocation of res...
In ten years of evolution Grid Computing has changed quickly, and the development of new middleware ...
Grid computing provides a robust paradigm for aggregating disparate resources in a secure and contro...
There is high demand for storage related services supporting scientists in their research activitie...
This paper describes a programming toolkit developed in the PL-Grid project, named QStorMan, which ...
Tyt. z nagłówka.Pozostali autorzy artykułu: Dariusz Król, Kornel Skałkowski, Michał Orzechowski, Dar...
In this paper we describe a semi-automatic programming framework for supporting userswith managing t...
AbstractThe scientific applications of the fourth paradigm of science deal with large amounts of dat...
Grid computing promises to become the future computing paradigm for enterprise application after ha...
Data grid services have been used to deal with the increasing needs of applications in terms of data...
Traditional data storage systems provide access to user’s data on the “besteffort” basis. While this...
Over the last few decades, the needs of computational power and data storage by collaborative, distr...
There is high demand for storage related services supporting scientists in their research activities...
Rapid advancement of communication technology has changed the landscape of computing. New models of ...
During the last decades the demand for large-scale computational and storage resources in science ha...
Some applications utilizing Grid computing infrastructure require the simultaneous allocation of res...
In ten years of evolution Grid Computing has changed quickly, and the development of new middleware ...
Grid computing provides a robust paradigm for aggregating disparate resources in a secure and contro...
There is high demand for storage related services supporting scientists in their research activitie...
This paper describes a programming toolkit developed in the PL-Grid project, named QStorMan, which ...
Tyt. z nagłówka.Pozostali autorzy artykułu: Dariusz Król, Kornel Skałkowski, Michał Orzechowski, Dar...
In this paper we describe a semi-automatic programming framework for supporting userswith managing t...
AbstractThe scientific applications of the fourth paradigm of science deal with large amounts of dat...
Grid computing promises to become the future computing paradigm for enterprise application after ha...
Data grid services have been used to deal with the increasing needs of applications in terms of data...
Traditional data storage systems provide access to user’s data on the “besteffort” basis. While this...
Over the last few decades, the needs of computational power and data storage by collaborative, distr...
There is high demand for storage related services supporting scientists in their research activities...
Rapid advancement of communication technology has changed the landscape of computing. New models of ...
During the last decades the demand for large-scale computational and storage resources in science ha...
Some applications utilizing Grid computing infrastructure require the simultaneous allocation of res...
In ten years of evolution Grid Computing has changed quickly, and the development of new middleware ...