Keywords: Automated train operations, ATO, sensor platform, SP, locomotive onboard sensor platform, locomotive-borne sensor platform, autonomous, train, sensors
Moving Map Displays: Using CTIL and Eye-Tracking Technologies to Measure Operator Glance Durations and Performance in Locomotive Cabs
Keywords: CTIL; CTILWEB; Automation; Distraction; Human-Error; Eye-tracking; Moving Map; iPad;
Abstract: Distraction is a growing problem in the cabs of modern locomotives. The 2008 commuter train collision at Chatsworth, CA resulting in 28 fatalities, points to the dangers of...
Keywords: CTIL; CTILWEB; Automation; Human-Automation Interaction; Human-Computer Interaction; Human Error; Trip Optimization; Positive Train Control; Human-in-the-loop Testing
Abstract: This presentation discusses the use of the Cab Technology Interface Laboratory (CTIL) for investigating human error opportunities associated with automation in the locomotive cab...
Keywords: active noise control, active vibration control, static operation, on-track operation
Abstract: This project evaluated the performance of active noise control (ANC) and active vibration control (AVC) technologies using a GP40-2 locomotive located at the Transportation...
Keywords: CTILWEB, Cab Technology Integration Laboratory (CTIL), pilot experiment, moving map display, operator performance, safety, technology
Abstract: A human performance study was conducted at the John A. Volpe National Transportation Systems Center (Volpe Center) using a locomotive research simulator—the Cab Technology...