Results 251 to 260 of about 71,913,510 (296)
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2001
The relentless advance of Moore's Law for both processor and memory chips will continue to transform both the academic and commercial world for some years to come. Multi-Teraflop parallel computers and Petabyte databases will increasingly become the norm for frontier research problems.
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The relentless advance of Moore's Law for both processor and memory chips will continue to transform both the academic and commercial world for some years to come. Multi-Teraflop parallel computers and Petabyte databases will increasingly become the norm for frontier research problems.
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e-Science and the Archaeological Frontier
2011 IEEE Seventh International Conference on eScience, 2011The broad adoption of diagnostic and analytical techniques in the field of archaeology, presents a unique opportunity for e-Science in the form of scientific explanation, drawing from methodologies aimed at recording, archiving, analyzing, and disseminating, rich data collections.
Aaron Gidding +4 more
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An opportunistic cloud for e-science
2012 XXXVIII Conferencia Latinoamericana En Informatica (CLEI), 2012This paper presents a concept for an e-Science oriented opportunistic cloud computing service, as an infrastructure to offer to researchers computing resources with the flexibility and ease of use of a cloud computing service, supported through the opportunistic use of the idle computing resources available in academic institutions. Also we present the
Juan D. Osorio +2 more
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'e-science and cyberinfrastructure
Proceedings of the 15th international conference on World Wide Web, 2006The Internet was the inspiration of J.C.R.Licklider when he was at the Advanced Research Projects Agency in the 1960's. In those pre-Moore's Law days, Licklider imagined a future in which researchers could access and use computers and data from anywhere in the world.
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From science to e-Science to Semantic e-Science: A Heliophysics case study
Computers & Geosciences, 2012The past few years have witnessed unparalleled efforts to make scientific data web accessible. The Semantic Web has proven invaluable in this effort; however, much of the literature is devoted to system design, ontology creation, and trials and tribulations of current technologies.
Thomas W. Narock, Peter Fox 0001
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e-Science Central: e-Science on the Web, powered by Clouds
2010No description ...
Paul Watson +4 more
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Programming E-Science Gateways
2008In this paper we describe a web service oriented design for problem solving systems used by scientist to orchestrate complex computational experiments. Specifically we describe a programming model for users of a science gateway or participants in a virtual organization to express non-trivial tasks that operates equally well in a environment built from ...
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Global e-science collaboration
Computing in Science & Engineering, 2005Today's e-science, with its extreme-scale scientific applications, marks a turning point for high-end requirements on the compute infrastructure and, in particular, on optical networking resources. Although ongoing research efforts are aimed at exploiting the vast bandwidth of fiber-optic networks to both interconnect resources and enable high ...
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The Future of Portals in E-Science
2007Scientific experiments are executed through activities that create, use, communicate and distribute information whose organizational dynamics are similar to processes performed by distributed cooperative enterprise units. On this premise, the aim of this article is to discuss how a portal-based approach can support the design and management of ...
BOSIN, ANDREA +4 more
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2009
We present the history and current status of grid and e-Science activities in Korea. Until 2006, we focused on research on grid technology and infrastructure. Since 2007, we have been enabling e-Science in four major areas: physics, life science, engineering, and tele-science.
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We present the history and current status of grid and e-Science activities in Korea. Until 2006, we focused on research on grid technology and infrastructure. Since 2007, we have been enabling e-Science in four major areas: physics, life science, engineering, and tele-science.
openaire +2 more sources