Doorway to the United States: An Exploration of Customs and Border Protection Data

Philippe Monmousseau (1, 2) , Aude Marzuoli (2) , Christabelle Bosson (3) , Eric Féron (2) , Daniel Delahaye (1)

1 ENAC - Ecole Nationale de l'Aviation Civile
2 Georgia Institute of Technology [Atlanta]
3 Purdue University [West Lafayette]

This paper presents a data-driven study of wait time patterns for international arriving passengers across all 61 terminals from the 44 airports of entry of the United States. Each airport is an independent entity which operates with various airlines and handles demand volumes differently. This induces seasonal variation in service quality from one airport to another. Exploring six years worth of data, this paper investigates the current and long-term performance trends-an increasing number of flights versus a decreasing number of customs booths-of all airports of entry from a passenger perspective. A performance analysis is then conducted that compares average wait times of incoming passengers, considering incoming traffic ratios and allocated resources. Leveraging machine learning algorithms, six regression algorithms are trained and tested to accurately predict passenger wait times through customs at selected airports. An analysis of the performance of these models shows that the best approach-using a Gradient Boosting regressor for each terminal of entry-can capture the daily and seasonal variations of traffic patterns and immigration booth availabilities with a mean absolute error of less or equal to 5 minutes for twenty-eight terminals of entry and less than 10 minutes for all terminals. Observations show significant disparities across airports that may be explained by the foreign/US passenger ratio and the quality of booth management.

Mots clés: Big data; passenger-centric; wait time prediction

Domaines: Apprentissage [cs.LG]; Intelligence artificielle [cs.AI]

Philippe Monmousseau, Aude Marzuoli, Christabelle Bosson, Eric Féron, Daniel Delahaye. Doorway to the United States: An Exploration of Customs and Border Protection Data. 38th Digital Avionics Systems Conference, Sep 2019, San Diego, United States. ⟨hal-02386102⟩