| TNK096 | Traffic Demand Modelling, 6 ECTS credits. /Trafikprognoser/
 
 
			For:  
			
			
			
				KTS  
			
			
			
			
			
				TSL  
			
			
 
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		  |  | Prel. scheduled
		        hours: 44Rec. self-study hours: 116
 
 
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			|  | Area of Education: Technology 
 Main field of studies: Transportation Systems Engineering
 
 
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          |  | Advancement level 
(G1, G2, A):   A 
 
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          |  | Aim: The purpose of the course is to give knowledge in traffic and transport modelling. Further, the course will help the student to gain knowledge in how the models can be used for making predictions, forecasts and sensitivity analysis. After finishing the course, the student shall:
 
Motivate and derive basic discrete choice models
Apply choice models for modelling of mode, demand the route in a traffic network
Estimate parameters in basic discrete choice models of Logit type
Formulate and use trip distribution, route choice, and demand models for evaluating price sensitivity and road charges
Combine and analyse route choice models, demand models and choice model
Make use of programs and tools for analysing the models stated above
 
 
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          |  | Prerequisites: (valid for students admitted to programmes within which the course is offered) Planning and simulation of traffic systems
 
 Note: Admission requirements for non-programme students usually also include admission requirements for the programme and threshhold requirements for progression within the programme, or corresponding.
 
 
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          |  | Organisation: The course consists of lectures, seminars and laborations
 
 
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          |  | Course contents: 
 
Discrete choice models
Basic and nested logit models
Parameter estimation for choice models
Experiments with logit models
Demand the OD-estimation
Route choice models
Combined models for demand, mode and route choice
Application of the above models on capacity and pricing problems
 
 
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          |  | Course literature: Koppelman, F.S. och Bath. C., (2006) A self instructing course in mode choice modelling and nested logit models, available online.
 Web page with handouts.
 
 
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          |  | Examination: | 
        
				
			|  | Written examination Laboratory work
 
 | 3 ECTS 3 ECTS
 
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 Course language is English.
 Department offering the course: ITN.
 Director of Studies: Erik Bergfeldt
 Examiner: Clas Rydergren
 Link to the course homepage at the department
 
 
 Course Syllabus in Swedish
 
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