DISAGGREGATE ATTRACTION-END CHOICE MODELING FOR HOME-BASED WORK AND HOME-BASED SHOPPING TRIPS
Chandra R. Bhat, Pulugurta, Ajay Govindarajan
Abstract
Chandra R. Bhat, Pulugurta, Ajay Govindarajan
Abstract
The ability of travel demand models to provide good forecasts requires that they be causal; that is, the models should represent the travel decisions made by individuals (and households) and should incorporate important demographic and policy sensitive explanatory variables. This recognition has led to a shift from the aggregate modeling paradigm to the disaggregate modeling paradigm, as evident in the widespread use of disaggregate trip production and mode choice models in practice. However, this shift toward disaggregate procedures has not yet influenced the fundamental specification of trip attraction and distribution models employed in practice. This research develops (and estimates) disaggregate attraction-end choice models that will facilitate the replacement of the aggregate trip attraction and distribution models currently in use. The research also compares the proposed disaggregate attraction-end choice model with the disaggregate equivalent of the gravity model.
OpenAlex reports 1 citations for this work. Citation counts describe recorded attention and do not establish research quality.
A contribution statement is not available in the OpenAlex record.
Method details are not available in the OpenAlex metadata.
Findings are not separately available in the OpenAlex metadata.
Limitations are not available in the OpenAlex metadata.
Application details are not available in the OpenAlex metadata.
The ability of travel demand models to provide good forecasts requires that they be causal; that is, the models should represent the travel decisions made by individuals (and households) and should incorporate important demographic and policy sensitive explanatory variables. This recognition has led to a shift from the aggregate modeling paradigm to the disaggregate modeling paradigm, as evident in the widespread use of disaggregate trip production and mode choice models in practice. However, this shift toward disaggregate procedures has not yet influenced the fundamental specification of trip attraction and distribution models employed in practice. This research develops (and estimates) disaggregate attraction-end choice models that will facilitate the replacement of the aggregate trip attraction and distribution models currently in use. The research also compares the proposed disaggregate attraction-end choice model with the disaggregate equivalent of the gravity model.
Key concepts: Attraction, TRIPS architecture, Mode choice, Trip distribution, Aggregate (composite), Econometrics, Work (physics), Computer science