Geography 725 ¾ Advanced Geographic Information Science: Geographic Modeling

 

Fall 2006

 

Class Place & Time: (R 2:00 pm-4:40 pm) at Bolton Hall (BOL) B95

 

Credit hours: 3

 

Instructor:      Professor  Changshan Wu

         Office: BOL 482

         Phone: 229-4860 (office)

         e-mail: cswu@uwm.edu

         Office Hours: 11:00 am -12:00 pm on Tuesday, Thursday or by appointment

 

Geography Department:

Main Office & Mail Room: BOL 410

Phone: 229-4866

Course Description and Objectives

 

This course examines advanced geographical information models and their applications in geographical research such as urban studies, transportation planning, and natural resource management. In particular, this course focuses on several topics, including accessibility measurement and applications, spatial interaction models, location models, cellular automata models, and econometric models. A major purpose of this course is to teach students geographical models that can be integrated with their future research and real-world applications.

This course requires students to read assigned materials prior to class and fully participate in class discussion. Students are also encouraged to bring related journal articles or book chapters for class discussion. Two critical reviews and a final project are expected from each student. A presentation for each critical review is required. Moreover, a report and summary presentation for the final project is required. Grades will be based on participation, discussion, critical review presentations, and the final project report and summary presentation.

 

Textbook

There is no textbook for this class. Required readings (book chapters and journal papers) will be reserved in the Library.

 

Course website

http://www.uwm.edu/Course/416-725

 

Grading formula

1) Class activities: 30% (class attendance and discussion)

2) Two review papers and presentations: 40% (20% each)

3) Final project and presentation: 30%

In the final project, each student is required to apply geographic models in a specific area. Any GIS and modeling package or programming language is acceptable for project implementation. Geographic information can be acquired from the AGS library or from the instructor. A report and summary presentation describing project implementation is required. Students are welcome to discuss project topics with the instructor.

Grading Scale

·         A = 90-100%, A- = 87-89.99%

·         B+ = 83-86.99%, B = 80-82.99%, B- = 77-79.99%

·         C+ = 73-76.99%, C = 70-72.99%, C- = 67-69.99%

·         D+ = 63-66.99%, D = 60-62.99%

·         F = 0-59.99%

 

Make-up: No make-ups will be allowed without emergency reasons with written proof.


Notices:

 

·        Grades, once given, are final except in cases of clerical error

·        Cheating on exams, map quizzes, or exercises will not be tolerated. Additional information about the policies and procedures can be found at http://www.uwm.edu/Dept/Acad_Aff/policy/uniformsyllabus.html and are posted in the Geography Department main office, BOL 410.

·        Attendance is not required but strongly recommended.

·        Students are expected to attend each class, and are responsible for their own notes.

 

 

Disability Statement:

 

Any student who feels he or she may need an accommodation based on the impact of a disability should contact me privately to discuss his or her specific needs.

 

 

Geography 725 Tentative# Schedule Fall 2006

 

Week

Date

Content

1

Sept. 7

Introduction

2

Sept. 14

Accessibility measurement: Concept

3

Sept. 21

Accessibility measurement: Applications

4

Sept. 28

Spatial interaction models: Concept

5

Oct. 5

Spatial interaction models: applications

6

Oct. 12

Critical review presentation I

7

Oct. 19

Location models: set covering problem

8

Oct. 26

Location models: maximal covering and p-median problems

9

Nov. 2

Location models: anti covering and covering salesman problem

10

Nov. 9

Cellular automata models

11

Nov. 16

Critical review presentation II

12

Nov. 23

Thanksgivings day (no class)

13

Nov. 30 

Spatial econometric models

14

Dec. 7

Final project presentation

15

Dec. 14

Final project report due (no class)

 

# Class contents can be changed according to the instructor during the semester.