Research reading 094 / Actors / 2026
Enhancing Decision-Making in Single-Pilot Operations Through Proactive and Explainable Human-Autonomy Teaming
Source authors: Charles Dormoy; Turkan Hentati; Theodore Letouzé
Originally published in Journal of Cognitive Engineering and Decision Making · 2026
An annotated reading guide. The full source article is available through the original publication link above.
Paper AgentAsk this paper.Explore evidence, limits & sources
Journal reading guide + source metadata
Find passages you can follow back to their source. This reading companion searches this record; it does not invent answers or provide an operational flight briefing.
Source coverage & reuse
Enhancing Decision-Making in Single-Pilot Operations Through Proactive and Explainable Human-Autonomy Teaming
Charles Dormoy; Turkan Hentati; Theodore Letouzé
The guide and its evidence limits are journal annotations, not quotations from the original researchers. The complete original paper is not currently in this agent’s searchable context.
A4 Synthetic actors and human–AI teams
Why read this for flight training?
Compares reactive and proactive AI assistance during a demanding single-pilot scenario. Useful for actor design that makes recommendations understandable and timely.
How to interpret the evidence
Results from 22 pilots in one scenario do not establish safety equivalence for single-pilot airline operations.
Screening basis: Abstract screened. This annotation identifies relevance and limits; it does not replace appraisal of the original methods and findings.
Cite the original article
Charles Dormoy; Turkan Hentati; Theodore Letouzé (2026). Enhancing Decision-Making in Single-Pilot Operations Through Proactive and Explainable Human-Autonomy Teaming. Journal of Cognitive Engineering and Decision Making, 15553434261477781. https://doi.org/10.1177/15553434261477781
Publication record
The original paper retains its published authors, venue and DOI. This journal’s reading guide was prepared with AI assistance under the editorial direction of Dr. Freedom Cheteni. The source authors are not credited as authors of this annotation. No new peer review or DOI is claimed for the guide.
Continue this chapter
093 / 2023
A Virtual Simulation-Pilot Agent for Training of Air Traffic Controllers
Read research guide →
095 / 2024
Human-Automation Trust Development as a Function of Automation Exposure, Familiarity, and Perceived Risk: A High-Fidelity Remotely Operated Aircraft Simulation
Read research guide →
096 / 2026
Principles for ‘intelligent assistant’ systems in future flight deck design: autonomous action integration to reduce pilot workload
Read research guide →