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Graduate School of Library and Information Studies
Summer 2009
LSC544--Visual
Information Science
Dr. Yan Ma, Professor
Tel.: 401-874-2819 (O) 401-419-8487 (Cell)
Email: yanma@uri.edu
| Course Description | Course Objectives | Textbooks | Class Schedule |
| Grading Policy | Reserve Readings | Resources | WebCT |
Course
Objectives:
1.
Study
the nature of information in textual and visual forms.
2.
Study
the interdisciplinary nature of visual information science.
3.
Study
information and visual information and communications theories.
4.
Understand
and analyze needs and uses for both textual and visual information. User
information seeking behavior for both textual and visual information.
5.
Discuss
information policy, intellectual property, and copyright for both textual and
visual information.
6.
Understand
the theory and practice of information storage and retrieval systems for both
textual and visual information.
7.
Understand
and study issues relating to user interface design.
8.
Explore
information technology for visual information science
9.
Study
bibliometrics and other research methods for textual and visual information.
10.
Become
familiar with important journals, books, and authors.
Course Requirements
Read assigned readings; participate in
discussions, such as analyze, critique, and synthesize the readings; complete
assignments as instructed, and pass one exam. A final term paper will be your choice of a topic
relating to visual information science. Confer
with the instructor on your topic.
Required Textbooks
(They are available at the URI Bookstore and the Rhode Island Book Company).
Moore,
David and Dwyer, Francis. (1994). Visual Literacy: A Spectrum of Visual Learning.
Rubin,
Richard. (2004). Foundations of Library
and Information Science.
Barry, Ann Marie. (1997). Visual intelligence: perception, image, and manipulation in visual communication. Albany, NY: State University of New York Press. ISBN: 0791434362 (Recommended)
Tufte,
Edward R. (2001). The Visual Display of Quantitative Information, 2nd
ed. Cheshire, CT: Graphics Press. ISBN: 0961392142
Tufte,
Edward R. (1990). Envisioning
Information.
Tufte,
Edward R. (1997). Visual Explanations :
Images and Quantities, Evidence and
Narrative.
You May Purchase the books from:
You can order them from Amazon.com.
http://www.amazon
Ebay Textbook Bookstore: http://half.ebay.com/
Recommended Texbooks on Reserve at the URI Library
Atherton,
Pauline and Johnson, Eric H. (1999).
Visualizing subject access for 21st
century information resources.
(Eds).
Barry,
Ann Marie Seward. (1997).
Visual Intelligence: Perception,
Image, and Manipulation in Visual Communication.
Horn,
Robert E. (2000). Visual Language Global Communication for the 21st
Century.
Lancaster,
F. Wilfrid and Warner, Amy. (1993).
Information Retrieval Today.
Lancaster,
F. Wilfrid. (1999). Indexing and
Abstracting in Theory and Practice. (2nd).
Tufte,
Edward R. (2001). The Visual Display of Quantitative Information, 2nd
ed. Cheshire, CO: Graphics Press. ISBN: 0961392142
Tufte,
Edward R. (1990). Envisioning
Information.
Tufte,
Edward R. (1997). Visual Explanations :
Images and Quantities, Evidence and
Narrative.
Bates, Marcia. (1999). The invisible substance of information science. Journal of the American Society for Information Science, 50 (12): 1043-1050.
Chen, Chaomei, Paul, Ray J. and O’Keefe, Bob. (2001). Fitting the jigsaw of citation: Information visualization in domain analysis. Journal of the American Society for Information Science, 52 (4): 315-330.
Cooper, Linda Z. (2008). Support Visual Literacy in the School Library Media Center: Developmental, socio-cultural, and experiential considerations and scenarios. Knowledge Quest, 36 (3): 14-19
De Vaney, Ann. (2000). Technology in Old Democratic Discourses and Current Resistance narratives: What is Borrowed? What is abandoned? What is New? In DeVaney, Ann, Gance, Stephen, and Ma, Yan. (Eds.). Technology and Resistance: Electronic Communications and New Alliances Around the World, (pp. 9-50). New York: Peter Lang.
Greene, Stephan, Marchionini,
Hill, Linda, et al. (2000).
Hochheiser, Harry and Shneiderman, Ben. (2001). Using interactive visualizations of WWW log data to characterize access patterns and inform site design. Journal of the American Society for Information Science, 52 (4): 331-343.
Joswick, Kathleen E. and Stierman, Jeanne Koekkoek. (1997). The core list mirage: A comparison of the journals frequently consulted by faculty and students. College and Research Libraries, 58 (1): 48-55.
Lucky,
Robert. (1989).
A theory of information. In
Silicon Dreams, pp. 37-48. New
Ma, Yan. (2002). A design analysis model for developing World Wide Web sites. Journal of American Society for Information Science, 53 (7): 531-535.
Ma, Yan. (2000). Chinese Online Presence: Tiananmen Square and Beyond. In DeVaney, Ann, Gance, Stephen, and Ma, Yan. (Eds.). Technology and Resistance: Electronic Communications and New Alliances Around the World, (pp. 139-151). New York: Peter Lang.
Ma, Yan. (1999). Visual information science: its need and place in the curriculum of library and information science education. In Griffin, Robert .E., Gibbs, William J., and Weigmann, Beth. (Eds.). Visual Literacy in an Information Age (pp. 235-239), Blacksburg, VA: The International Visual Literacy Association.
Ma, Yan and Diodato, Virgil. (1999). Icons as visual form of knowledge representation on the World Wide Web: A semiotic analysis. In Woods, Larry. (1999). (Ed.). ASIS’ 99 Proceedings of the 62nd ASIS Annual Meeting Washington, D. C. October 31 – November 4, 1999. (pp. 181-193). Medford, NJ: Information Today, Inc.
Marty, Paul F. (2000). On-line exhibit design: the
sociotechnological impact of building a museum
over the World Wide Web. Journal of the American Society for Information
Science, 51 (1): 24-32.
Paolini, Paolo, et al. (2000). Visiting a museum
together: how to share a visit to a virtual world. Journal of the American
Society for Information Science, 51 (1): 33-38.
Rorissa, Abebe (in press 2008). User-generated descriptions of individual images versus labels of groups of images: A comparison using basic level theory. Information Processing & Management.
Rowley, Jennifer.
(1994). The controlled
versus natural indexing languages debate revisited: A perspective on
information retrieval practice and research.
Journal of Information Science,
20 (2): 108-119.
Shannon, Claude & Weaver, Warren. (1949). The
Mathematical Theory of Communication
Taylor, R.S. (1968). “Question negotiation and information seeking in libraries.” College and Research Libraries, 29, (1968),178-189.
Walsh, Peter. (2000). The neon paintbrush: Seeing, technology, and the museum as a metaphor. Journal of the American Society for Information Science, 51 (1): 39-48.
Warren, Scott Alan (2001). Visual displays of information: a conceptual taxonomy Libri v. 51 (3): 135-47
Final
Project
25%
|
Assignments (Click here: Instruction for Assignments) |
% | Post before 6:30 p.m. on | Individual |
| What is Information? | 5% | May 28 (Week 2) | x |
| What is Visual Information? | 10% | June 4 (Week 3) | x |
| Mode of Information report | 15% | June 18 (Week 5) | x |
| #1 Response to the Readings on visual information seeking | 5% | June 18 (Week 5) | x |
| #2 Response to the Readings on interface design | 5% | June 26 (Week 6) | x |
| #3 Response to the Readings on organizing visual information | 5% | July 2 (Week 7) | x |
| #4 Response to the Readings on communication theory, perception, perceptual aesthetics | 5% | July 9 (Week 8) | x |
| #5 Response to the Readings on visual cognition | 5% | July 9 (Week 8) | x |
| #6 Response to the Readings on meaning and interpretation of visual information, cultural, social, and … of visual information | 5% | July 16 (Week 9) | x |
| #7 Response to the Readings on visualization of information, information design | 5% | July 16 (Week 9) | x |
| Final project | 25% | July 23 (Week 10) | x |
| Presentation and Discussion | 10 | Every Week | x |
|
International
Visual Literacy Association |
|
Visual
Literacy Bibliography: |
|
The Human-Computer Interaction
Laboratory at the |
|
Information
Visualization Resources on the Web |
|
Atlas of
Cyberspaces |
|
Guides
to Quality in Visual Resources Imaging |
| Katy Börner &
Chaomei Chen (Eds): Visual Interfaces to Digital Libraries. Springer
Verlag, LNCS 2539, 2002. http://link.springer-ny.com/link/service/series/0558/tocs/t2539.htm |
Computer Facilities on the URI Campus
You can finish your projects in any computer labs on campus or at home. The Information Technology Instruction Lab in Library Room 107 is equipped with the most up-to-date hardware and software for GSLIS education.
** Students with special test and note-taking needs should contact the instructor as early as possible for accommodations.
| Week 1 5/21 |
Week 2 5/28 |
Week 3 6/4 |
Week 4 6/11 |
Week 5 6/18 |
|
Week
6 6/25 |
Week 7 7/2 |
Week 8 7/9 |
Week 9 7/16 |
Week 10 7/23 |
Present and Post your first exercise to WebCT.
Ma, Yan. (1999). Visual information science: its need and place in the curriculum of library and information science
education. In Griffin, Robert .E., Gibbs, William J., and Weigmann, Beth. (Eds.). Visual Literacy in an Information
Age (pp. 235-239), Blacksburg, VA: The International Visual Literacy Association.
Discuss these questions in WebCT. You can address all the issues in one discussion or address of one the major issues. But whatever you are going to discuss will need to be focused on the last question #6.
2.
(Rubin)
What will new technologies affect the mission of libraries?
3.
How
will electronic publications and information be evaluated and selected?
4.
How
will access to electronic information be provided, controlled, and paid for?
5.
How
does technology affect the employees of the organization, and how can it be
implemented for maximum productivity?
6.
(Ma)
How visual information has played a role in this information age? In what
aspects?
Cooper, Linda Z. (2008). Support Visual Literacy in the School Library Media Center: Developmental, socio-cultural, and experiential considerations and scenarios. Knowledge Quest, 36 (3): 14-19
What are the current information policy or intellectual property rights for visual information?
Assignment: View PPT Lectures of "Information
Representation"; "Indexing"; "Inverted Files"; and "Icon Indexing".
#2
Response to the Readings
on
interface design is
due to be posted in WebCT. Each of you will need to find one most current quality article on the
topics of today’s session. Share your summary with your classmates.
Post your citation or
URL to the class WebCT. Prepare one good or one poor
example of interface design of an information system. Post
your examples in WebCT.
another institution.
Wen-Cheng; Lin, et al. (2007). Integrating textual and visual information for cross-language image retrieval: A
trans-media dictionary approach. Information Processing & Management, 43 (2): 488-502.
http://ww.idp.mdh.se/personal/rpn01/ (It did not work on May 18th. Will check).
Rune Pettersson's published papers:
http://www.idp.mdh.se/forskning/publikationer.asp (It did not work on May
18th. Will check).
Rune Pettersson's Book on Information Design published by John Benjamins Publiching
company:
http://www.benjamins.com/cgi-bin/t_bookview.cgi?bookid=DDCS%203
Final project is due today.