Operationalization of the Albatross model--a rule-based model of activity-travel scheduling--is described for applications on a national scale. For this purpose, the original model was extended to include the generation of schedule skeletons and travel cost variables. Furthermore, to account for the increase of scale of the study area, the location decision component of the model was completely restructured. The complete set of 27 decision trees involved in the decision process model were newly induced from several pooled existing activity diary data sets in the Netherlands. The results indicate that the goodness of fit of the model is satisfactory at the level of individual decisions as well as aggregate distributions
This chapter reports the application of Albatross, an activity-based travel demand model. We describ...
This paper supports the hypothesis that the spatial robustness of trip destination models depends on...
This paper supports the hypothesis that the spatial robustness of trip destination models depends on...
Operationalization of the Albatross model--a rule-based model of activity-travel scheduling--is desc...
Operationalization of the Albatross model--a rule-based model of activity-travel scheduling--is desc...
Operationalization of the Albatross model--a rule-based model of activity-travel scheduling--is desc...
Operationalization of the Albatross model--a rule-based model of activity-travel scheduling--is desc...
As an alternative to utility-maximizing nested-logit models, Albatross uses decision trees to predic...
As an alternative to utility-maximizing nested-logit models, Albatross uses decision trees to predic...
The development of ALBATROSS: A Learning-Based, Transportation-Oriented Simulation System is summari...
The development of ALBATROSS: A Learning-Based, Transportation-Oriented Simulation System is summari...
The development of ALBATROSS: A Learning-Based, Transportation-Oriented Simulation System is summari...
The development of ALBATROSS: A Learning-Based, Transportation-Oriented Simulation System is summari...
The development of ALBATROSS: A Learning-Based, Transportation-Oriented Simulation System is summari...
The development of ALBATROSS: A Learning-Based, Transportation-Oriented Simulation System is summari...
This chapter reports the application of Albatross, an activity-based travel demand model. We describ...
This paper supports the hypothesis that the spatial robustness of trip destination models depends on...
This paper supports the hypothesis that the spatial robustness of trip destination models depends on...
Operationalization of the Albatross model--a rule-based model of activity-travel scheduling--is desc...
Operationalization of the Albatross model--a rule-based model of activity-travel scheduling--is desc...
Operationalization of the Albatross model--a rule-based model of activity-travel scheduling--is desc...
Operationalization of the Albatross model--a rule-based model of activity-travel scheduling--is desc...
As an alternative to utility-maximizing nested-logit models, Albatross uses decision trees to predic...
As an alternative to utility-maximizing nested-logit models, Albatross uses decision trees to predic...
The development of ALBATROSS: A Learning-Based, Transportation-Oriented Simulation System is summari...
The development of ALBATROSS: A Learning-Based, Transportation-Oriented Simulation System is summari...
The development of ALBATROSS: A Learning-Based, Transportation-Oriented Simulation System is summari...
The development of ALBATROSS: A Learning-Based, Transportation-Oriented Simulation System is summari...
The development of ALBATROSS: A Learning-Based, Transportation-Oriented Simulation System is summari...
The development of ALBATROSS: A Learning-Based, Transportation-Oriented Simulation System is summari...
This chapter reports the application of Albatross, an activity-based travel demand model. We describ...
This paper supports the hypothesis that the spatial robustness of trip destination models depends on...
This paper supports the hypothesis that the spatial robustness of trip destination models depends on...