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A random utility based estimation framework for the household activity pattern problem
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DOI：10.1016/j.tra.2018.01.036.png)
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Abstract
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This paper develops a random utility based estimation framework for the Household Activity Pattern Problem (HAPP). Based on the realization that outputs of complex activity-travel decisions form a continuous pattern in space-time dimension, the estimation framework is treated as a pattern selection problem. In particular, we define a variant of HAPP that has capabilities of forecasting activity selection and durations in addition to activity sequencing. The framework is comprised of three steps, (i) choice set generation, (ii) choice set individualization and (iii) model estimation. The estimation results show that utilities for work, shopping and disutilities for travel time, time outside home, and average tour delay are found to be significant in activity-travel decision making.
Keywords:
Household activity pattern problem
Travel demand forecasting
Activity-based travel demand models
Activity-travel patterns
Random utility estimation
Travel behavior
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