This chapter introduces a general framework for disaggregate travel behaviour modelling. The main focus is on the theoretical paradigm of Random Utility Theory and on its application to route and departure time choices. Main methodological issues on model’s specification and validation are addressed, furthermore modelling solutions for the different route choice dimensions are investigated: pre-trip, en-route, holding choice contexts, switching choice contexts. Together with the Random Utility Theory two alternative modelling approaches are also introduced: Fuzzy Utility Models and Artificial Neural Networks models
Path choice modelling is typically conducted by considering a subset of paths, not the universal set...
We introduce an extension of the discrete choice model to take into account individuals' mental repr...
There is a growing interest in the travel behaviour modelling community in using alternative methods...
This chapter introduces a general framework for disaggregate travel behaviour modelling. The main fo...
Typical daily decision-making process of individuals regarding use of transport system involves main...
Typical daily decision-making process of individuals regarding use of transport system involves main...
The area of discrete choice modelling has, over recent years, witnessed the development of ever more...
Stochastic supply and fluctuating travel demand lead to stochasticity in travel times and travel cos...
This paper discusses important developments in discrete choice modeling for transportation applicati...
Choice probabilities and related outputs of discrete choice models form a critical input to many tra...
AbstractWithin the broad area of probabilistic modelling of individual discrete choice, we develop t...
AbstractModeling route choice behavior is problematic, but essential to appraise travelers' percepti...
Modeling route choice behavior is problematic, but essential to appraise travelers' perceptions of r...
In this chapter, we provide an overview of the motivation for, and structure of, advanced discrete c...
Abstract Individual choice behavior usually involves a complex decision-making process, and is often...
Path choice modelling is typically conducted by considering a subset of paths, not the universal set...
We introduce an extension of the discrete choice model to take into account individuals' mental repr...
There is a growing interest in the travel behaviour modelling community in using alternative methods...
This chapter introduces a general framework for disaggregate travel behaviour modelling. The main fo...
Typical daily decision-making process of individuals regarding use of transport system involves main...
Typical daily decision-making process of individuals regarding use of transport system involves main...
The area of discrete choice modelling has, over recent years, witnessed the development of ever more...
Stochastic supply and fluctuating travel demand lead to stochasticity in travel times and travel cos...
This paper discusses important developments in discrete choice modeling for transportation applicati...
Choice probabilities and related outputs of discrete choice models form a critical input to many tra...
AbstractWithin the broad area of probabilistic modelling of individual discrete choice, we develop t...
AbstractModeling route choice behavior is problematic, but essential to appraise travelers' percepti...
Modeling route choice behavior is problematic, but essential to appraise travelers' perceptions of r...
In this chapter, we provide an overview of the motivation for, and structure of, advanced discrete c...
Abstract Individual choice behavior usually involves a complex decision-making process, and is often...
Path choice modelling is typically conducted by considering a subset of paths, not the universal set...
We introduce an extension of the discrete choice model to take into account individuals' mental repr...
There is a growing interest in the travel behaviour modelling community in using alternative methods...