2013 Session: AV090

2013 Session: AV090

  • Leveraging Probe Data to Assess Security Checkpoint Wait Times
    Abstract: The process of travelling to an airport, passing through various processes, and ultimately departing the airport involves many activities. This paper focuses on using probe data obtained from phones with discoverable Bluetooth devices to sample the time it takes passengers to transit from the non-sterile to sterile side of an airport facility. To collect this data, the Kenton County Airport board partnered with Purdue University to conduct a study at the Cincinnati/Northern Kentucky International airport (CVG) over a 3 week study period, during the 2011 Thanksgiving holiday. Bluetooth Monitoring Stations (BMSs) were used to collect unique identifiers from approximately 46,000 unique devices and compute over 1.5 million travel time between 17 different BMSs. Using a Pareto distribution approach, hourly security wait times were ordered and a methodology was developed to identify periods where there might be opportunities to reduce wait times (relative to a specified maximum wait time) by opening more lanes as well as periods where there might be opportunities to reduce the number of lanes operating. Using this methodology, it was determined that only 5 hours during the study period had median wait times of greater than 20 minutes during the month of November in 2011. The paper concludes by discussing how this technique can be used to perform longitudinal comparisons between airports as additional airports begin automating the collection of checkpoint wait times.
    Authors: Hainen, Alexander Michael; Remias, Stephen Matthew
    Authors: Hainen, Alexander Michael; Remias, Stephen Matthew
    Year: 2013
    Document Type: Paper
    Subject: Aviation; Security and Emergencies
    Session: AV090
    Paper Number: 13-0435