This brief paper describes an augmented reality tool as proof of concept of a system for increasing situational awareness during remote site exploration: the system allows the operator see an avatar of its vehicle through the obstacles, as if they were transparent, and adds nearby obstacles as seen by a Lidar sensor as 3D features to facilitate the perception of depth, a key point in making the whole concept usable. The paper presents briefly the idea, highlights the need and importance of a calibration procedure, and shows preliminary results achieved in a controlled laboratory environment using a Meta Oculus Quest 2 and an indoor motion tracking system.

Preliminary Results of an Augmented Reality Tool for Supporting Remote Site Exploration

Francesca Vergara;Andrea Dan Ryals;Antonio Arenella;Lorenzo Pollini
2023-01-01

Abstract

This brief paper describes an augmented reality tool as proof of concept of a system for increasing situational awareness during remote site exploration: the system allows the operator see an avatar of its vehicle through the obstacles, as if they were transparent, and adds nearby obstacles as seen by a Lidar sensor as 3D features to facilitate the perception of depth, a key point in making the whole concept usable. The paper presents briefly the idea, highlights the need and importance of a calibration procedure, and shows preliminary results achieved in a controlled laboratory environment using a Meta Oculus Quest 2 and an indoor motion tracking system.
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11568/1215581
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