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1 Linking  Research and Education in Digital Libraries 1 Linking  Research and Education in Digital Libraries

1 Linking Research and Education in Digital Libraries - PowerPoint Presentation

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1 Linking Research and Education in Digital Libraries - PPT Presentation

TPDL 2011 Workshop 2829 September Berlin Living In the KnowlEdge Society the double duty of a librarian by Edward A Fox foxvtedu http foxcsvtedu Dept of Computer Science Virginia Tech ID: 913912

amp digital libraries information digital amp information libraries computing library knowledge systems www book science design analysis social curric

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Slide1

1

Linking Research and Education in Digital LibrariesTPDL 2011 Workshop28-29 September, Berlin“Living In the KnowlEdge Society:the double duty of a librarian”by Edward A. Fox

fox@vt.edu

http://

fox.cs.vt.edu

Dept. of Computer Science, Virginia Tech

Blacksburg, VA 24061 USA

Slide2

Outline

AcknowledgmentsDigital libraries, 5SLIKES, CTRnetCurricular effortsBook efforts2

Slide3

Acknowledgements

Mentors (Licklider, Kessler, Salton)Virginia Tech, CS, Digital Library Research LabNSF and other sponsorsStudents, colleagues, co-investigatorsMonika Akbar, Yinlin Chen, Marcos André Gon-çalves, Doug Gorton, Tarek Kanan, Nadia Ko- zievitch, Spencer Lee, Jonathan Leidig, Yi Ma, Uma Murthy, Sung Hee Park, Rao

Shen

,

Ven-kat

Srinivasan

, Ricardo Torres, Xiaoyan Yu, ...Barbara Wildemuth, Jeffrey Pomerantz, Sanghee Oh, Seungwon Yang

3

Slide4

Acknowledgements – 2

VT Digital Library Research LaboratoryDigital LibrariesInformation RetrievalHuman-Computer InteractionMultimedia / Hypermedia / ePublishingComputing-related education4

Slide5

Selected DL Projects

Digital Library Curricular ResourcesNSF IIS-0535057 & 0535060CTRnet (Crisis, Tragedy & Recovery Net)NSF IIS-0916733Ensemble (Computer Science Education)NSF DUE-0840719Digital PreserveNSF IIS-0910183 & 0910465http://slurl.com/secondlife/Digital%20Preserve/140/126/295

Slide6

Selected DL Projects - 2

CINET: Network Science MiddlewareNSF SDCI 1032677Simulation, CyberinfrastructureMetadata-based GenerationEstablishing a Qatari Arabic-English DL Institute: NPRP 4 - 029 - 1 – 007 pendingFingerprint Analysis/Distortion/Training DLsNational Inst of Justice, BAE SystemsETD Analysis, Extraction, Classification6

Slide7

2 duties of digital librarians

Raise ability of patronsLiteracy -> facility -> computational thinkingUniversity graduates -> general publicMake content accessible now & foreverDiscover, explore, search, browse (libraries)Preserve (archives and museums)What to do as a digital librarian?How to prepare to be a digital librarian?7

Slide8

Computing

(flops)

Digital

content

Communicat

i

ons

(bandwidth, connectivity)

Locating Digital Libraries in Computing and

Communications Technology Space

Digital Libraries technology

trajectory:

intellectual

access to globally distributed information

less

more

Note:

we should consider 4 dimensions: computing, communications,

content, and community (people)

Slide9

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Information Life CycleAuthoringModifyingOrganizingIndexing

Storing

Retrieving

Distributing

Networking

Retention

/ Mining

Accessing

Filtering

Using

Creating

Creation

Searching

Utilization

Active

Inactive

Semi-

Active

Social Context

Slide10

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Informal 5S & DL Definitions DLs are complex systems thathelp satisfy info needs of users (societies)provide info services (scenarios)organize info in usable ways (structures)present info in usable ways (spaces)communicate info with users (streams)

Slide11

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Digital Object

Repository

Collection

Minimal DL

Metadata Catalog

Descriptive Metadata Specification

A Minimal DL in the 5S Framework

Structural Metadata Specification

Streams

Structures

Spaces

Scenarios

Societies

indexing

browsing

searching

services

hypertext

Structured Stream

Slide12

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Slide13

13

Quality Dimensions

Slide14

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5S

Meta

Model

5SGraph

DL

Expert

DL

Designer

5SL

DL

Model

5SLGen

Practitioner

Researcher

Tailored

DL

Services

Teacher

c

omponent

pool

ODLSearch,

ODLBrowse,

ODLRate,

ODLReview,

…….

Requirements (1)

Analysis (2)

Implementation (4)

Design (3)

5SGraph

5SGen

Mapping Tool

5SSuite for DL R&D

Slide15

Digital Libraries --- Objectives

World Lit.: 24hr / 7day / from desktopIntegrated “super” information systems: 5S: Table of related areas and their coverageUbiquitous, Higher Quality, Lower Cost Education, Knowledge Sharing, DiscoveryDisintermediation -> Collaboration Universities Reclaim PropertyInteractive Courseware, Student WorksScalable, Sustainable, Usable, Useful

Slide16

DL Overview

Why of Global Interest?

National projects

can preserve antiquities and heritage: cultural, historical, linguistic, scholarly

Knowledge and information are essential to economic and technological

growth, education

DL - a

domain for international collaboration

wherein all can

contribute

and

benefit

which leverages investment in

networking

which provides useful

content

on Internet & WWW

which will

tie nations and peoples together

more strongly and through

deeper understanding

Slide17

Outline

AcknowledgmentsDigital libraries, 5SLIKES, CTRnetCurricular effortsBook efforts17

Slide18

Living In the

KnowlEdge Society (LIKES)North Carolina A & TSanta Clara UniversityVillanova University

Virginia Tech

NSF CPATH: CCF-0722259,

0722276,

0722289,

and 0752865

Slide19

LIKES Workshops

SCU, 2007: Defining Problems & Applications of Knowledge SocietyNC A&T, 2008: Biology, Geography, Music, Physics, Statistics, University StudiesVT, 2008: defining key terms related to knowledge society, identifying key computing concepts, mapping disciplinary needs with computing conceptsVillanova, 2009: interdisciplinary connections, modules/tools/pedagogy/assessmentVT, 2009: Curricular Guidelines Connecting Computing with Other DisciplinesDurham, 2010: biology, chemistry, physics, computational science, business/social sciences19

Slide20

LIKES Vision

Build a community leading the way to change how computing concepts are taught in both computing-related disciplines and the disciplines of the broader workforce and society.

Slide21

Overall LIKES Objectives

Students should have the ability to apply Computing conceptsMethodsComputational thinking skillsto the needs of the emerging knowledge society, in modern times andin the future

21

Slide22

Computing Concepts of Broad Interest (to other disciplines)

data, information, and knowledgealgorithms, analysis, problem solving, programming, work flows, and software engineeringinteraction, interfaces, graphics, games, visualization, and virtual environmentsmodeling and simulation22

Slide23

Disciplines

KnowledgeSociety

HCI

Visualization

Knowledge

Management

Systems

Analysis

& Design

Programming

Database

Algorithms

Architecture

Net-Centricity

Intelligent

Systems

Social &

Ethical

Library /

Information

Science

Sociology

Simulation

Commun-

ications

Political

Science

Archi-

tecture

Health-

care

Economics

Finance

Psychology

Marketing

Physics

Music

Engi-

neering

History

Biology

Art

Chemistry

Geography

Math

Geology

English

Slide24

Applications

KnowledgeSociety

HCI

Visualization

Knowledge

Management

Systems

Analysis

& Design

Programming

Database

Algorithms

Architecture

Net-Centricity

Intelligent

Systems

Social &

Ethical

Library

Information

Science

GIS

Simulation

Online

Shopping

Multi

Media

Semantic

Web

CSCW

Digital

Government

Healthcare

Services

Slide25

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Human tragedies that result from man-made and natural events affect humans and communities significantly.During and after a tragic event, there are a series of needs that have to be addressed.Compounded by communication failures and a confusing plethora of data and informationCrisis, Tragedy, and Recovery

Slide26

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Build a networked digital library relating to CTRSupport information explorationAided by an ontology

Integrate community, content, and services relating to CTR, making it accessible, and preserving it for long-term reuse

www.citeulike.org

group

ctrnet

Citations

Papers, …

www.ctrnet.net

Slide27

Goals for Ontology for CTR

27

Social network

applications

CTR literature

Focus groups

Websites,

Internet Archive

Browsing

Searching

Query

expansion

Visualizing

Tagging

Summarizing

CTR Ontology

Individual

Organizational

Community

Political

Multicultural/ linguistic input

Recommending

sources

uses

Slide28

Generalizing CTRnet

Precursor: www.dl-vt-416.orgSequel: Event ArchivingRelated to work of national libraries to archive internet of interest (as in plans for Qatar Digital Library Institute)Related to International Internet Preservation Consortium (IIPC, www.netpreserve.org)Related to Archive-it (www.archive-it.org) and its Spontaneous Events collections (seehttp://www.archive-it.org/public/topic.html?topic=spontaneousEvents)

28

Slide29

Outline

AcknowledgmentsDigital libraries, 5SLIKES, CTRnetCurricular effortsBook efforts29

Slide30

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CS2008 Information Management Areas beside DL#

Information models*

Transaction processing

Database

systems*

Distributed DBs

Data

modeling*

Physical DB design

Indexing

Data mining

Relational DBs

Information storage and retrieval#

Query languages

Hypermedia

Relational DB design

Multimedia systems

* Core

components #DL moved to ISR

for 2013

Slide31

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DL Curriculum Framework

Slide32

DL Curric. Project - 1

NSF awards to VT and UNC-CHCS and LISProject server: http://curric.dlib.vt.edu/Wikiversity: http://en.wikiversity.org/wiki/Curriculum_on_Digital_Libraries32

Slide33

DL Curric

. Project - 2Module 1-a (10-c): Conceptual frameworks, models, theories, defnsModule 1-b: History of digital libraries and library automationModule 2-c (8-d): File Formats, Transformation, and MigrationModule 3-b: DigitizationModule 3-e (7-e): Web publishingModule 4-b: MetadataModule 5-a: Architecture overviews33

Slide34

DL Curric

. Project - 3Module 5-b: Application softwareModule 5-d: ProtocolsModule 6-a: Information needs/relevanceModule 6-b: Online information seeking behaviors and search strategiesModule 6-d: Interaction design and usability assessmentModule 7-a: Indexing and searchingModule 7-a(1): Image retrieval34

Slide35

DL Curric

. Project - 4Module 7-b: Reference ServicesModule 7-c: Recommender systemsModule 7-d: RoutingModule 7-f: CrawlingModule 7-g: PersonalizationModule 8-a: PreservationModule 8-b: Web archivingModule 9-c: Digital library evaluation, user studies35

Slide36

DL

Curric. Project – 5Modules and Cloud Instances36IRApache SolrLemurIRWordNet

R

IR

NLTK

SEDNA XML DB

IR

CLUTOWeka

IR

TREC

Eval

Hadoop

Map-Reduce

MM

Media Computation

Audacity

MM

PureData

Fingerprint

Slide37

Module Development – What?

Digital LibrariesInformation Retrieval tools (cloud)Multimedia tools (cloud)Biometrics TrainingEspecially fingerprint analysis37

Slide38

Module Development – Who?

ExpertsDLBiometricsTeams in a 6000-level DL Course: 4Teams in a 5000-level IR Course: 5 (+5)Teams in a 4000 MM Course: 438

Slide39

Outline

AcknowledgmentsDigital libraries, 5SLIKES, CTRnetCurricular effortsBook efforts39

Slide40

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Old Planned Book: PartsCh. 1. Introduction (Motivation, Synopsis)Part 1 – The “Ss”Part 2 – Higher DL ConstructsPart 3 – Advanced TopicsAppendix

Slide41

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Old Planned Book: Part 2Part 2 – Higher DL ConstructsCh. 7: CollectionsCh. 8: CatalogsCh. 9: Repositories and ArchivesCh. 10: ServicesCh. 11: SystemsCh. 12: Case Studies

Slide42

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Old Planned Book: Part 3 …Part 3 – Advanced TopicsCh. 13: QualityCh. 14: IntegrationCh. 15: How to build a digital libraryCh. 16: Research Challenges, Future PerspectivesAppendixA: Mathematical preliminariesB: Formal Definitions: Ss C: Formal Definitions: DL terms, Minimal DLD: Formal Definitions: Archeological DLE: Glossary of terms, mappings

Slide43

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Book(s) for 2012Morgan-Claypool lecture manuscript for Synthesis digital library series – plannedBook for CS6604, Digital Libraries, Fall 2011See highlights in next slidesBeing considered by publishers for 2012 releaseAccompanied by slides and other supplemental materialsAvailable for test use for classes in January

Slide44

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Book Draft Chapter AuthorsMonika Akbar, Pranav Angara, Yinlin Chen, Lois M. Delcambre, Noha Elsherbiny, Eric Fouh, Marcos André Gonçalves, Nádia P. Kozievitch, Spencer Lee, Jonathan Leidig, Lin Tzy Li, Mohamed Magdy Gharib Farag, Uma

Murthy, Sung

Hee

Park,

Rao

Shen, Venkat Srinivasan, Ricardo da Silva Torres, and Seungwon Yang

Slide45

Book Draft - 1

Frontmatter1 Basic Concepts1 Introduction2 Exploration3 Evaluation2 Advanced Concepts4 Complex objects5 Integration6 Subdocuments7 Ontologies8 Classification45

Slide46

Book Draft - 2

3 Applications9 Content-based Image Retrieval (CBIR)10 Online Communities and Social Networks11 Education12 Bioinformatics, Scientific, and Simulation DLs13 Geospatial Information14 Security15 Text ExtractionBackmatter: References, Mathematical Preliminaries, Glossary

46

Slide47

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Slide48

Summary

AcknowledgmentsDigital libraries, 5SLIKES, CTRnetCurricular effortsBook efforts48

Slide49

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Questions?Discussion?Thank You!(fox@vt.edu)