Fermilab Computing Division

Milliseconds to Decades: Developing a Data Life Cycle Cyberinfrastructure for Scientific Data

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Full Title: Milliseconds to Decades: Developing a Data Life Cycle Cyberinfrastructure for Scientific Data
Date & Time: 06 Jan 2011 at 13:00
Event Location: FCC1 Conference Room
Event Moderator(s):
Event Info: Speaker: Thomas J. Hacker, Assistant Professor, Department of Computer and Information Technology, Purdue University


Cyberinfrastructure development over the past decade has focused on creating computational, networking, and visualization systems to support simulation and data analysis. While development efforts have proven to be successful and useful for the initial creation and use of scientific data, few cyberinfrastructure systems exist that can manage the entire data life cycle, which can span to decades in duration. New NSF requirements for data management plans in proposals are driving technology exploration and development efforts to define and develop institutional data repositories for the science and engineering research community. The NSF George E. Brown Network for Earthquake Engineering Simulation (NEES) project is an example of a large-scale research network that produces a tremendous variety of irreproducible data that must be curated and made accessible for many years. This talk explores the issues and problems involved in developing and operating cyberinfrastructure to support the data life cycle for scientific data, and describes the specific data life cycle management requirements and systems for the NSF NEES project.

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Other documents for this event

CS-doc-# Title Author(s) Topic(s) Last Updated
4213-v1 Milliseconds to Decades: Developing a Data Life Cycle Cyberinfrastructure for Scientific Data Thomas J Hacker Computing Techniques Seminars
14 Jan 2011

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