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Enabling Access to Scientific

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University of Illinois Mortenson Center. South African Librarian Program. e-Science ... collect, organize, describe, curate, archive, disseminate data/information ... – PowerPoint PPT presentation

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Title: Enabling Access to Scientific


1
Enabling Access to Scientific Technical
Data-sets in e-Science a role for Library
Science
  • James L. Mullins, PhD
  • Dean of Libraries
  • Professor of Library Science
  • Purdue University
  • March 24, 2008

University of Illinois Mortenson Center South
African Librarian Program
2
e-Science
  • What is meant by e-Science?
  • Large scale science increasingly carried out
    through distributed global collaborations enabled
    by the Internet
  • Such collaborative scientific enterprise requires
    access to massive data collections, large scale
    computing resources and high performance
    visualization back to the individual user
    scientists
  • Requires large scale storage, retrieval and
    transfer

3
Innovative Research Concepts
  • Data Authors benefit from their own work,
    broadly disseminated, safely archived.
  • Data Managers -- collaborates by insuring
    successful retention and dissemination through
    technical infrastructure
  • Data Scientists conduct creative inquiry and
    analysis, enhance the research of data authors

National Science Board, Long-lived digital data
collections Enabling research and education in
the 21st century, p. 27.
4
Innovative Research Concepts
Data Scientists crucial to the
successful management of a digital
data collection lie in having
their contributions fully recognized
National Science Board, Long-lived digital data
collections Enabling research and education in
the 21st century, p. 27.
5
National Science Foundation Recognition of the
Challenge for Data Curation
Dr. Christopher Greer Former Program Director
Office of Cyberinfrastructure, NSF
6
To Stand the Test of Time Long Term Stewardship
of Digital Data Sets in Science and Engineering
  • A report to the National Science Foundation from
    the ARL Workshop on New Collaborative
    Relationships The Role of Academic Libraries in
    the Digital Data Universe
  • Supported by NSF, September 26-27, 2006
  • Attendees NSF program directors disciplinary
    researchers information technologists computer
    scientists and librarians
  • http//www.arl.org/bmdoc/digdatarpt.pdf

7
To Stand the Test of Time Long Term Stewardship
of Digital Data Sets in Science and Engineering
Overarching Recommendation
  • NSF should facilitate the establishment of a
    sustainable framework for the long-term
    stewardship of data. This framework should
    involve multiple stakeholders by supporting
  • Research to understand, model, prototype data
    stewardship
  • Training and educational programs to develop new
    workforce
  • Efforts to effect change in the research
    enterprise regarding the importance of the
    stewardship of digital data produced

8
To Stand the Test of Time Long Term Stewardship
of Digital Data Sets in Science and Engineering
Specific Recommendations
How can Libraries respond? How can Libraries
prepare?
9
Conceptualization By Chris Greer, NSF
ICenter
10
Scholarly Communication
in the past,libraries involved at this end
traditional research publication
publishedresearchnon-traditional
unpublishedresearchtraditional
secondarytertiaryresources
publishedresearchtraditional
publisheddata/datasets
analyzeddata/datasets
currently many attempts todata mine to uncover
data
processeddata/datasets
metadata curation profiles for dataallow
forward/backward movement through scholarly
communication process
rawdata/datasets
Source D. Scott Brandt, Purdue University
11
One Example
12
One Example
Purdue University
13
Purdue University
  • Founded 1869 by gift from John Purdue
  • Premier programs engineering (astronautics
    alumnus Neil Armstrong) agriculture hospitality
    and tourism business computer science
    communications.
  • 39,102 students 2007/08
  • Third largest international student enrollment in
    U.S. 4,994 for 2007/08 (over 2,000 from India,
    China and Korea combined).

14
Purdue University
  • Nine Colleges Agriculture, Consumer Family
    Sciences, Education, Engineering, Liberal Arts,
    Management, Pharmacy/ Nursing/Health Sciences,
    Technology, Vet Medicine
  • 73 Departments, several cross-disciplinary e.g.
    Agricultural Biological Engineering

15
Interdisciplinary collaboration
Discovery Park A 44 acre site,
interdisciplinary centers which are designed to
facilitate and promote leading edge research
Cyber Infrastructure
Energy
Oncology
Entrepreneurship
e-Enterprise
Manufacturing
Nanotechnology
Environment
Learning Center
Bioscience
16
Envisioning New Interdisciplinary Collaborations
Associate Dean for Research, D. Scott
Brandt, Professor of Library Science Facilitates
individual and interdisciplinary research
efforts of the fifty Libraries faculty
17
Purdue University Libraries
  • Since 2004, initiative for Libraries faculty to
    collaborate with other faculty across
    campusapply library science knowledge and
    expertise to research problems
  • collect, organize, describe, curate, archive,
    disseminate data/information

18
Determine need for collaboration
  • Hypothesized that researchers have data
    management needs and that librarians can help
    meet them
  • Employed top-down and bottom-up investigation for
    data collection
  • Verified PU researchers said they need help in
    collecting, organizing and providing access to
    their data

19
Outside of the library
  • Attended research seminars, call-outs, etc., to
    identify collaboration and funding opportunities
  • Built relationships - found researchers who
    understood that collecting, organizing and
    providing access to data and information are not
    only important, but critical
  • Found problems to solve, then collaborated on
    solutions
  • Talked about what we knoworganizing data and
    information (different meanings to different
    groups)
  • Brought something to the table. Had to be
    prepared to demonstrate something tangible
    (initially a proof-of-concept or a prototype).

20
Current areas of collaboration
  • Discovery Learning Center
  • Earth Atmospheric Sciences
  • English
  • IT at Purdue
  • Mechanical Engineering Technology
  • Regenstrief Center
  • Graduate School
  • Oncological Sciences
  • Agronomy
  • Biology
  • Cancer Center
  • Center for the Environment
  • Chemical Engineering
  • Chemistry
  • Civil Engineering
  • Cyber Center

21
Motivation (library participants)
  • Directly related to work, and makes something
    difficult easier
  • Its an extension of our everyday job
  • Something new and exciting to do
  • Breaking new ground, want to contribute to
    interdisciplinary initiative
  • Force the issue of how it gets done (i.e., more
    people added to help out)

22
Motivation (non-participants)
  • Articulation of what is expected by the Dean
  • Partly determined on a case-by-case basis
  • Has to be interesting to me
  • Something that uses the skills I can bring to
    it
  • Need to get credit for it (recognition, reward)
  • Important to allow individual to define what
    interdisciplinary research is
  • Should be opportunities to "stick your toe in the
    water" before making big commitment
  • Need time to do it, and to do the things I want
    to do

23
Distributed Data Curation Center D2C2
  • Sustainability for data curation repositories
  • Ontological and taxonomic organization of
    disciplinary datasets
  • Metadata to facilitate access to data
  • collections
  • Data curation profiles for archiving and
    preserving datasets
  • http//d2c2.lib.purdue.edu/

24
Recap
  • 22 Libraries faculty involved in 32 grants since
    April of 2006
  • New positions Data Research Scientist to support
    research
  • Computer Science/Libraries discussion on joint
    appointment
  • Sun Microsystems gift -
  • Sun StorageTek 5800, 32 terabytes, for D2C2
    research.

25
100 conversations, lead to 20 discussions, lead
to 5 grants, lead to 1 award
26
Web 2.0 for e-Science nanoHUB from PowerPoint
Presentation by Mark Lundstrom, Gerhard Klimeck,
Michael McLennan, Purdue University, Network for
Computational Nanotechnology.
27
nanoHUB, Purdue University
https//www.nanohub.org/home
28
National Science Foundation (NSF) DataNet 07-601
  • e-Science data stewardship, Five 20 million
    grants
  • Competition to Build a Data network
  • Replicate for print resources for data
  • Proposals being led by librarians, collaborators
    are computer scientists, information
    technologists, domain scientists sociologists,
    information scientists, computer engineers,
    museum and K-12 educators metadata and ontology
    specialists data visualization specialists.
  • International collaboration with UK, Australia,
    and China.
  • Submission deadline March 21st, announcement
    summer 2008.

29
Thank you! Questions and Answers? James L.
Mullins Purdue University, USA
jmullins_at_purdue.edu
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