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Dynamic Human–Drone Collaboration Under Asymmetric Information in Wilderness Search and Rescue

A comparative study examines how differing information available to human and drone collaborators affects user experience and task performance in wilderness-SAR-style virtual-reality scenarios.

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Published on IPP

  • Publisher(s): Taylor & Francis

  • Publication date: 13 July 2026

Why it matters: It is a useful reminder that adding a drone can worsen coordination if the pilot, observer and command function do not share the same task picture, search objective and confirmation criteria.

Operational transferability: Conceptually relevant to RPAS-enabled SAR, but not yet ready to prescribe live operational procedure without field validation.

Important limitations: I cannot verify the full methods or sample from the accessible original source. The available evidence indicates a simulated/VR study, not a live-search trial.

Training influence: Include a drone-control exercise where different roles have deliberately incomplete information. Assess the quality of tasking, updates to ground teams, reporting of uncertainty and candidate-target confirmation.

SAR training sections: UAV operations; communications; briefing and confirmation of understanding; team-leader practice; reassessment and replanning.

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