Engineering Trust in Complex Automated Systems.

Interview analysis (no specific description)

Repeated-measures desig, low-fidelity study, simulation, structured interview

Transparencytrust in automation

Consultation with 2 subject-matter experts and engineers of ELP-- 6 scenarios developed with emergencies ranging from weather challenges at the planned airport or on the current trajectory to aircraft maintenance issues.-- For each

Copione prepianificato che guida un’esercitazione, nonché gli stimoli utilizzati per raggiungere gli obiettivi di performance progettati dall’esercitazione.

DRIVER+ nota 1: Nel contesto di DRIVER+, gli scenari sono definiti per i Trial, non per le esercitazioni.

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, pilots were presented a list of diversion options

The current study used a repeated-measures design to present the ELP interface and output in a series of vignettebased scenarios to examine the role of transparency on trust among 12 commercial pilotsconsultation with two subject-matter experts and the engineers of the ELP

We studied the transparency of automated tools used during emergency operations in commercial aviation to evaluate how transparent interfaces influence pilot trust of an emergency landing planning aid.

Added transparency can facilitate higher trust and utility among operators of complex systems. Establishing optimal reliance strategies is critical to human–machine interactions

Present the Emergency Landing Technologies (ELP) interface and output in a series of vignette-based scenarios to examine the role of transparency on trustamong commercial pilots.