Urgent computing
This article may meet Wikipedia's criteria for speedy deletion as a page that is patent nonsense, consisting purely of incoherent text or gibberish with no meaningful content or history. This does not include poor writing, coherent vandalism and hoaxes (G3), coherent material not written in English, badly translated material, etc. This criterion also does not apply to pages in the user namespace. See CSD G1.
If this article does not meet the criteria for speedy deletion, or you intend to fix it, please remove this notice, but do not remove this notice from pages that you have created yourself. If you created this page and you disagree with the given reason for deletion, you can click the button below and leave a message explaining why you believe it should not be deleted. You can also visit the talk page to check if you have received a response to your message. Note that this article may be deleted at any time if it unquestionably meets the speedy deletion criteria, or if an explanation posted to the talk page is found to be insufficient.
Note to administrators: this article has content on its talk page which should be checked before deletion. Administrators: check links, talk, history (last), and logs before deletion. Consider checking Google.This page was last edited by Markdask (contribs | logs) at 21:48, 27 December 2010 (UTC) (14 years ago) |
Urgent computing is a new and evolving field made possible by the improved fidelity and utility of high-performance computing to decision making. It refers to the concept of providing prioritized and immediate access on regular Supercomputers and Grids for emergency computations such as severe weather prediction during matters of immediate concern. Applications that provide decision makers with information during critical emergencies cannot waste time waiting in the job queues and need access to compute resources as soon as possible.