+ All Categories
Home > Documents > Digital Library Education in Computer Science Programs

Digital Library Education in Computer Science Programs

Date post: 10-Feb-2016
Category:
Upload: cosmo
View: 36 times
Download: 0 times
Share this document with a friend
Description:
Digital Library Education in Computer Science Programs. Jeffrey Pomerantz Barbara M. Wildemuth Sanghee Oh School of Info. & Library Science UNC Chapel Hill @unc.edu. Edward A. Fox Seungwon Yang Computer Science Department VA Tech @vt.edu. - PowerPoint PPT Presentation
15
Digital Library Education in Computer Science Programs Edward A. Fox Seungwon Yang Computer Science Department VA Tech <fox, seungwon>@vt.edu Jeffrey Pomerantz Barbara M. Wildemuth Sanghee Oh School of Info. & Library Science UNC Chapel Hill <pomerantz, wildem, shoh>@unc.edu
Transcript
Page 1: Digital Library Education in Computer Science Programs

Digital Library Education in Computer Science Programs

Edward A. FoxSeungwon Yang

Computer Science DepartmentVA Tech

<fox, seungwon>@vt.edu

Jeffrey PomerantzBarbara M. WildemuthSanghee OhSchool of Info. & Library ScienceUNC Chapel Hill<pomerantz, wildem, shoh>@unc.edu

Page 2: Digital Library Education in Computer Science Programs

Development & evaluation process

· From research team (VT & UNC)

· From current courses at VT & UNC

· From Advisory Board· From CC 2001

Vision/plan

Design· Modules· Lessons

· Inspection by Advisory Board

· Inspection by external experts

· Inspection by Doctoral Consortium participants

Evaluate

· CC 2001 context· Curricular needs· Student background

Analyze· Specific strengths· Specific weaknesses

Feedback

· At UNC & VT· At additional universities

(in CS & LIS programs)

Revise & Implement

· Modules ready for use

· Lessons ready for use

Products

· Teacher perceptions· Student perceptions· Student outcomes

Evaluatein the field

Page 3: Digital Library Education in Computer Science Programs

Curriculum framework

3-a: Collection development/selection policies3-b: Digitization

2-a: Text resources2-b: Multimedia

4-a: Information architecture (e.g., hypertext, hypermedia)4-b: Metadata, cataloging, metadata markup, metadata harvesting4-c: Ontologies, classification, categorization

4-d: Subject description, vocabulary control, thesauri, terminologies4-e: Object description and organization for a specific domain

5-a: Architecture overviews/models5-b: Applications5-c: Identifiers, handles, DOI, PURL

Overview1

Architecture (agents, mediators)

55-d: Protocols5-e: Interoperability5-f: Security

3-c: Harvesting3-d: Document and e-publishing/presentation markup

2-c (8-c): File formats, transformation, migration

1-a (10-c): Conceptual frameworks, theories, definitions

Info/ Knowledge Organization4

1-b: History of digital libraries and library automation

Digital Objects2

Collection Development3

Page 4: Digital Library Education in Computer Science Programs

Curriculum framework6-a: Info needs, relevance6-b: Search strategy, info seeking behavior, user modeling

8-a: Approaches to archiving and repository development

9-a: Project management9-b: DL case studies9-c: DL evaluation, user studies9-d: Bibliometrics, Webometrics

9-e: Legal issues (e.g., copyright)9-f: Cost/economic issues9-g: Social issues

10-a: Future of DLs10-b: Education for digital librariansDL education

and research10

7-a: Search engines, IR, indexing methods7-b: Reference services7-c: Recommender systems

6-c: Sharing, networking, interchange (e.g., social)6-d: Interaction design, info summarization and visualization, usability assessment

User Behavior/ Interactions6

7-d: Routing, community filtering7-e: Web publishing (e.g., wiki, rss, Moodle, etc.)

Services7

8-b: Sustainability8-c (2-c): File formats, transformation, migration

Management and Evaluation9

10-c (1-a): Conceptual framework, theories, definitions10-d: DL research initiatives

Preservation8

Page 5: Digital Library Education in Computer Science Programs

Previous work

JCDL 2006: Analysis of topics of papers from D-Lib, ACM DL, JCDL, ECDL, ICADL

D-Lib Nov 2006: Analysis of topics of readings assigned in DL courses in LIS programs

Page 6: Digital Library Education in Computer Science Programs

Most frequently assigned authorsAuthor name # assignmentsNelson, Michael 10

Arms, William 7

Fox, Edward 6

Gonçalves, Marcos 6

Lagoze, Carl 6

Marshall, Catherine 5

Paepcke, Andreas 4

Crane, Gregory 4

Garcia-Molina, Hector 4

Hochstenbach, Patrick 4

Lawrence, Steve 4

Van de Sompel, Herbert 4

Watson, L. T. 4

Page 7: Digital Library Education in Computer Science Programs

Most frequently assigned authorsAuthor name # assign: CS # assign: LISNelson, Michael 10 1

Arms, William 7 36

Fox, Edward 6 10

Gonçalves, Marcos 6 0

Lagoze, Carl 6 15

Author name # assign: CS # assign: LISArms, William 7 36

Borgman, Christine 0 27

Bainbridge, David 1 26

Witten, Ian 2 26

Lesk, Michael 0 18

CS Top 5

LIS Top 5

Page 8: Digital Library Education in Computer Science Programs

Most frequently assigned journals

Journal name # assignmentsD-Lib Magazine 16

Computers in Libraries 13

Information Today 8

Online 6

Searcher 5

Communications of the ACM 4

Library Journal 4

Atlantic Monthly 3

First Monday 3

Journal of the American Society of Information Science 3

Page 9: Digital Library Education in Computer Science Programs

Most frequently assigned journalsJournal name # assign: CS # assign: LISD-Lib Magazine 16 154

Computers in Libraries 13 14

Information Today 8 11

Online 6 11

Searcher 5 5

Journal name # assign: CS # assign: LISD-Lib Magazine 16 154

Communication of the ACM 4 27

JASIST 2 25

First Monday 3 21

Library Trends 1 19

CS Top 5

LIS Top 5

Page 10: Digital Library Education in Computer Science Programs

Most frequently assigned articlesArticle title # assign: CS # assign: LISBush, V. (1945). As we may think. Atlantic Monthly, 176(1), 101-108.

3 8

Gonçalves, M.A., et al. (2004). Streams, structures, spaces, scenarios, societies (5S): A formal model for digital libraries. ACM Transactions on Information Systems, 22(2), 270-312.

2 0

Article title # assign: CS # assign: LISBorgman, C. L. (1999). What are Digital Libraries? Competing Visions. Information Processing & Management, 35(3), 227-243.

0 9

Bush, V. (1945). As We May Think. The Atlantic Monthly, 101-108.

3 8

Schwartz, C. (2000). Digital Libraries: An Overview. Journal of Academic Librarianship, 26(6), 385-394.

0 7

Choudhury, G.S., et al. (2002). A Framework for Evaluating Digital Library Service. D-Lib Magazine, 8(7/8).

0 5

Arms, W. Y., Blanchi, C., & Overly, E. A. (1997). An Architecture for Information in Digital Libraries. D-Lib Magazine, 3(2).

0 5

CS Top 2

LIS Top 5

Page 11: Digital Library Education in Computer Science Programs

Topic

0

10

20

30

Archite

cture

Projec

t Man

agemen

t

Service

s

Digital O

bjects

Info/K

nowled

ge Orga

nizatio

n

Preserv

ation

Overvi

ew

DL Edu

catio

n/Res

earch

Collecti

on D

evelo

pment

Space

s

% a

ssig

nmen

ts

Page 12: Digital Library Education in Computer Science Programs

Topic

0

10

20

30

Archite

cture

Projec

t Man

agemen

t

Service

s

Digital O

bjects

Info/K

nowled

ge Orga

nizatio

n

Preserv

ation

Overvi

ew

DL Edu

catio

n/Res

earch

Collecti

on D

evelo

pment

Space

s

% a

ssig

nmen

ts

CS

LIS

Page 13: Digital Library Education in Computer Science Programs

Module template

1. Module name2. Learning objectives3. Level of effort required4. Prerequisite knowledge required5. Relationships with other modules6. Introductory remedial instruction7. Resources8. Body of knowledge9. Exercises & learning activities10. Evaluation of learning outcomes11. Glossary12. Useful links

Page 14: Digital Library Education in Computer Science Programs

Formative module evaluation

1. Objectives2. Body of knowledge3. Readings4. Learning Activities5. Logistics

Page 15: Digital Library Education in Computer Science Programs

Additional information

Project website: curric.dlib.vt.edu

Supported by the NSF under Grant Nos. IIS-0535057 (VT) and IIS-0535060 (UNC-CH)


Recommended