Glueing grids and clouds together: a service-oriented approach

Anjum, Ashiq; Hill, Richard; McClatchey, Richard; Bessis, Nik; Branson, Andrew

doi:10.1504/ijwgs.2012.049169

Cited by 5 publications

(3 citation statements)

References 15 publications

(14 reference statements)

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“…These highlight key works in grid computing, grid‐based technologies, and cloud technologies that reflect fast exploitation of emerging distributed computing tools and techniques. However, with the advancement of Grid‐Desktop and Grid‐Cloud interoperability technologies, eg, other works, we also see that novel innovations in Grid to include Cloud and Desktop Grid‐based execution of e‐Science and e‐Infrastructure applications.…”

Section: Resultsmentioning

confidence: 97%

“…Furthermore, there is research, which focuses explicitly on interoperability amongst these distributed computing technologies, thereby making it possible for e‐Science applications to be transparently scheduled over the underlying e‐Infrastructure technologies comprising of not only grid resources, desktop grid, and cloud resources. Notable examples include utilizing EGEE ( Enabling Grids for E‐science , now superseded by the European Grid Infrastructure ; the largest grid infrastructure in the world) for desktop grids and interoperating grids and clouds together …”

Section: Introductionmentioning

confidence: 99%

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Co‐citation analysis of literature in e‐science and e‐infrastructures

Mustafee

Bessis

Taylor

et al. 2019

Concurrency and Computation

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Summary Advances in computer networking, storage technologies, and high‐performance computing are helping global communities of researchers to address increasingly ambitious problems in Science collaboratively. E‐Science is the “science of this age”; it is realized through collaborative scientific enquiry which requires the utilization of non‐trivial amounts of computing resources and massive data sets. Core to this is the integrated set of technologies collectively known as e‐Infrastructures. In this paper, we explore the e‐Science and the e‐Infrastructure knowledge base through co‐citation analysis of existing literature. The dataset for this analysis is downloaded from the ISI Web of Science and includes over 12,000 articles. We identify prominent articles, authors, and articles with citation bursts. The detection of research clusters and the underlying seminal papers provide further insights. Our analysis is an important source of reference for academics, researchers, and students starting research in this field.

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Section: Resultsmentioning

confidence: 97%

Section: Introductionmentioning

confidence: 99%

Co‐citation analysis of literature in e‐science and e‐infrastructures

Mustafee

Bessis

Taylor

et al. 2019

Concurrency and Computation

Self Cite

View full text Add to dashboard Cite

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“…The distributed execution of services that is developed in this work combines the advantages of the control-driven workflow execution (which allows the development of more complex services and more control in the management of these services by the execution environment) and the data-driven approach (which handles the content exchange between activities), since it enables the possibility for events to contain service data. This is critical for services accessing to the Web of Things to share content with the so called Web objects, such as databases, Restful web services, or even in external services domains and clouds (Anjum, Hill, McClatchey, Bessis, & Branson, 2012). The rational for distributed service execution is deeply described in Section 7.1.2.…”

Section: Motivationmentioning

confidence: 99%

Contribution to flexible service coordination in mobile prosumer environments

Alcarria¹

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After a long journey full of joys, disappointments, surprises and effort, I present this thesis work. Although the completion of my PhD studies has been the main priority these five years, it has not always been possible to dedicate sufficient time. Yet I am very satisfied with the work done and I want to express my sincere gratitude to the people without whom the completion of this work would not have been possible.First of all, I thank my advisor, Tomás Robles, for leading me through this adventure, giving me his guidance and advice, as well as bringing me courage and hopes with the results. Tomás always says that "the PhD is a long distance race, and it is oneself who has to push". However, he has helped me stay strong throughout the race, thanks to his confidence and experience.I also thank the members of my research group GISAI, from the Department of Telematics Engineering, for sharing concerns, laughs, and ideas and for working together in the same direction. Special thanks to Augusto, Sergio, Diego, Edwin and Héctor, without overlooking Angelines Villar, for all the paperwork she helped me doing, from the department secretary, always with patience and kindness.Well-deserved thanks to all the teachers I've had the pleasure to work with during this period, Carlos Ángel and Mercedes, as well as teachers from other schools who have given me their trust, Miguel Ángel Manso and Manolo Cortijo.Of course, I must acknowledge the push and support of all my friends over the last few years, with which Iʹve shared long afternoons and evenings playing Catán, Party and all the Just Dance games ever published.Finally, I dedicate this thesis to my family. To my parents Ramón and Rosa, for their unconditional support, help and sacrifice throughout my life, especially the student one, and to my brother Andrés, for his advice and good company. I cannot help but express my sincere thanks to my princess, for her patience, trust and her great devotion and love.Madrid, November 2013 vi vii AgradecimientosTras un largo camino lleno de alegrías, decepciones, sorpresas y esfuerzo, presento este proyecto de tesis. Aunque la finalización del doctorado ha sido la principal prioridad es estos cinco años, no siempre ha sido posible dedicarle el tiempo suficiente. Aun así estoy muy satisfecho con el trabajo realizado y quiero expresar mi sincera gratitud a las personas sin las cuales la finalización de este trabajo no habría sido posible.En primer lugar, agradecer a mi director de tesis, Tomás Robles, el haberme conducido a través de esta aventura, proporcionándome su guía y consejo, además de infundirme ánimos e ilusiones con los resultados. Tomás siempre dice que "el doctorado es una carrera de fondo, y que es uno mismo el que tiene que empujar". Sin embargo, él me ha ayudado a conservar la fuerza durante toda la carrera, gracias a su confianza y a su experiencia.Agradecer también a los miembros de mi grupo de investigación GISAI, del Departamento de Ingeniería de Sistemas Telemáticos, por compartir inquietudes, risas, ideas y trabajar...

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