- Lecturer
- Schmocker Jan-Dirk
- Place
- Mon1-2(M112)
- Credits
- Lecture2 Exercise0 Experiment0
- Code
- 61055
- Syllabus updated
- 2009/9/28
- Lecture notes updated
- 2009/9/28
- Semester
- Fall Semester
Outline of lecture
荳ｻ縺ｫ螟門嵜莠ｺ謨吝藤縺鯉ｼ後◎縺ｮ蟆る摩縺ｨ縺吶ｋ蝨滓惠蟾･蟄ｦ縺ｮ譛譁ｰ縺ｮ隧ｱ鬘後↓縺､縺縺ｦ闍ｱ隱槭↓繧医ｊ隰帷ｾｩ繧定｡後≧縲
Purpose of lecture
The advanced topic is given by a visiting professor in English.
The aim of the course is to introduce concepts and techniques used in the analysis of transport and traffic movement. Further, to provide the student fundamental knowledge on transport planning theory and processes, as well as knowledge and understanding of the basic principles and practice of urban traffic and transport management.
Plan of lecture
1. Introduction: Course Overview
Traffic Flow Theory 1: space mean speed, time mean speed, speed data analysis; flow, density
2.
Traffic Flow Theory 2: Fundamental diagramme; shock waves, new TFT theories
3.
Traffic Surveys and Measurement 1: Survey methods - overview, applications; detectors, image processing;
4.
Traffic Surveys and Measurement 2: Moving observer, Some examples
5.
Land-use and Transport: Mobility and Accessibility; The cyclic relationship between transport and land use; Introduction to Travel Demand Forecasting; The planning process, The four step model
6.
Trip Generation: Production and Attraction, Household-based, Zone-based; Cross-classification Models; Gravity Model
7.
Trip Distribution: Cross-classification Models; Gravity Model
8.
Mode Choice: Utility functions, Random Utility Models; Discrete Choice Models (MNL); Some examples
9.
Assignment 1: Link Cost functions; Deterministic and Stochastic User Equilibrium;
10.
Assignment 2: Shortest Path Algorithms, All-Or-Nothing Assignment; MSA
11.
Road Junction and Signal Control: At grade junctions; Grade separated junctions; Signal Control guidelines;
12.
Advanced Signal Control: Public Transport Priority, Pedestrian Priority
13.
Traffic Safety : Accidents at Intersections, Conflict points; Pedestrians; Mode Comparisons, International Comparisons
14.
Intelligent Transportation Systems: Overview
15.
Traffic Simulation: Macroscopic, Mesoscopic, Microscopic; Network representation; Public Transport Representation
