Geography 591: Introduction to Geographic Information Science
Email: dmark@buffalo.edu
Note: This course does NOT include any software training
or laboratories, which are available in Geography 506 and other courses.
Geography 591 presents a
survey of Geographic Information Science, the basic research field underpinning
geographic information systems (GIS). Geographic information science rests on
three basic areas: cognitive models of geographic concepts; computational and
implementations of geographic models; and interactions between GIS and society.
The course will provide overviews of these three research areas. The course
will review applications of GIS and sources of geographic data, and include
material on spatial data quality and spatial data standards. It also will
provide students with an awareness of the history of GIS, the current state of
the GIS industry, and trends and projections for the future. Ethical issues and
legal dimensions of geographic information will be presented, and current high
priority research areas within geographic information science also will be
reviewed. This course is required course in UB's IGERT (Integrated Graduate
Education and Research Training) multidisciplinary Ph.D. in Geographic
Information Science.
Facts About the Course
SPRING 2008 INFORMATION: GEO
591
Registration Number: 263347
TIMETABLE: Geography 591
meets twice a week (Tuesdays & Thursdays), 3:30-4:50 pm.
CREDIT HOURS: Geography 591
is a 3-credit course
GRADING: Two non-cumulative
short-essay tests will each be worth 35 % of the grade, and a term paper will
be worth 30 %.
Spring 2008 Course Outline
(subject to modification)
- Jan 15 (Tu) Course Introduction; Defining
Geographic Information Science
- Jan 17 (Th) Geographic Information Science
and GI Systems (GIS) overview
Part 1: Ontology and Representation of Geographic Information
- Jan 22 (Tu) Ontology of the Geographic
Domain: Geographic Entities and Phenomena
- Jan 24 (Th) Representing Geographic Entities
and Phenomena in Computational Systems (includes Raster and Vector Data Models; qualitative and
quantitative computation)
- Jan 29 (Tu) SDTS, the U.S. Spatial Data
Transfer Standard
Part 2: Computational Aspects of Geographic Information
- Jan 31 (Th) Map Overlay: The Core of GIS
- Feb 5 (Tu) Coordinate Systems and Map
Projections
- Feb 7 (Th) Voronoi Principles, Computational
Geometry, and Hierarchical Spatial Data Models
- Feb 12 (Tu) Address Matching and Related
Topics
- Feb 14 (Th) Acquisition and Quality of
Geographic Data
o NCGIA CC
Unit 45 - Accuracy of Spatial Databases
o NCGIA CC
Unit 6 - Sampling the world
o UCGIS
White Paper on "Spatial Data Acquisition and Integration"
Part 3: Cognitive Aspects of Geographic Information
- Feb 19 (Tu) Cognitive Models of Geographic
Phenomena
·
Feb 21
(Th) Human Interaction with GI and Technology
- Feb 26 (Tu) Visualization and Cartographic
Design
- Feb 28 (Th) Test #1 (Mid-term)
- Mar 4 (Tu) Qualitative Spatial Reasoning:
Formalizing Spatial Relations
- Mar 6 (Th) Scale, Detail, and Generalization
in GIS input and Output
- March 10-14, Spring Recess
- Mar 18 (Tu) Categories for Geographic
Entities: Cultural and Linguistic Differences
- Mar 20 (Th) Time in Geographic Space and in
GIS
Part 4: Geographic Information and Society
- Mar 25 (Tu) Geographic Information and
Society Overview; Efficiency, Equity, Effectiveness
- Mar 27 (Th) Intellectual Property, Privacy,
and Ethics
- Apr 1 (Tu) Public Participation GIS
- Apr 3 (Th) GIS and Indigenous People
- Apr 8 (Tu) GIS and Social Theory
- Apr 10 (Th) "Volunteered Geographic
Information" and Virtual Globes
- Apr 15-18, Association of American Geographers
Meeting, Boston; GEO 591 will not meet
- Apr 22 (Tu) History of GIS
- Apr 24 (Th) TEST #2 (non cumulative)
- Apr 28 (M) (Last day of classes)
Last updated on January 15 2007
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