290094 PS Transportation Modeling and GIS (2017S)
Continuous assessment of course work
Labels
Registration/Deregistration
Note: The time of your registration within the registration period has no effect on the allocation of places (no first come, first served).
- Registration is open from Fr 10.02.2017 07:00 to We 22.02.2017 07:00
- Deregistration possible until We 15.03.2017 07:00
Details
max. 20 participants
Language: English
Lecturers
Classes
2017-05-08 09:00-12:00
2017-05-11 12:00-14:00
2017-05-16 15:00-18:00
2017-05-18 12:00-14:00
2017-05-22 15:00-18:00
2017-05-29 09:00-12:00
2017-06-01 12:00-14:00
2017-06-07 09:00-11:00
2017-06-12 09:00-12:00
2017-06-19 09:00-12:00
2017-06-21 09:00-11:00
2017-06-26 09:00-11:00
2017-06-28 08:00-11:00
Information
Aims, contents and method of the course
Assessment and permitted materials
- Labs (30%)
- Article review assignment (10%)
- Participation in class discussions and practices (20%)
- Two tests (20%, 20%)
- Article review assignment (10%)
- Participation in class discussions and practices (20%)
- Two tests (20%, 20%)
Minimum requirements and assessment criteria
A weighted average of at least 60 gives a passing grade:
1: 90–100 %
2: 80–90 %
3: 70–80 %
4: 60–70 %
5: < 60%
1: 90–100 %
2: 80–90 %
3: 70–80 %
4: 60–70 %
5: < 60%
Examination topics
Test -1 topics:
- Network Representation
- Network Analysis in GIS
- Transportation and Urban FormTest -2 topics:
- Location-allocation Modeling
- Urban Transportation Modeling
- Urban Transportation Issues
- Network Representation
- Network Analysis in GIS
- Transportation and Urban FormTest -2 topics:
- Location-allocation Modeling
- Urban Transportation Modeling
- Urban Transportation Issues
Reading list
Rodrigue, J.P., C. Comtois, and B. Slack. 2013. The Geography of Transport Systems. 3nd edition. Routledge. (abridged version available digitally at http://people.hofstra.edu/geotrans/)
Association in the course directory
(MK2-c-PI)
Last modified: Mo 07.09.2020 15:42
The course introduces concepts, theories, and techniques for network analysis and urban transportation planning. In addition, students will explore selected fundamental and contemporary transportation related issues. After taking the class, students are expected- to become familiar with core concepts in geography of urban transportation;
- to develop an understanding of network analysis techniques
- to apply learned theories and techniques in studies of various spatial problems
- to acquire skills to perform transportation analysis in a GIS environmentContents:
- Network Representation
- Network Analysis in GIS
- Transportation and Urban Form
- Location-allocation Modeling
- Urban Transportation Modeling
- Urban Transportation IssuesMethod:
Lectures, Labs, in-class practices, Journal article review (one article by each student)