Exploring Presence, Ethics and Aesthetics in Immersive Semi-Autonomous Teleoperation for Hazardous Environments

 

This multidisciplinary project will investigate the effect of data sonification (data display using sound) on user trust, workload, stress and task performance when a multi-robot team is teleoperated using virtual reality (VR) in a nuclear decommissioning context.

CasinoSlovenija10 vam priporoča najboljše stavnice Sloveniji za vrhunsko izkušnjo spletnega športnega staviranja.

Nuclear decommissioning is a major environmental issue facing the UK. Decommissioning sites often have incomplete plans and decommissioning begins with the spatial characterisation of hazardous buildings. One approach to spatial mapping is to use semi-autonomous teleoperated multi-robot teams, controlled remotely using VR.

Control systems for robot teleoperation present a number of challenges and as the complexity of a system increases (e.g., semi-autonomous robot teams) trust in autonomy has been shown to decrease. The key to trust and effective operation is in the way in which large quantities of data, captured by a robot-team, is relayed to an operator. The over-reliance on visualisation has stimulated research into novel methods for filtering and organising visual information. However, previous research has shown that multisensory integration of vision with sound can improve an operator’s awareness during high visual load tasks.

Najnowsze recenzje polskich kasyn online w Holandii, takich jak Volt Slot kasyno, znajdziesz na stronie KasynoOnline10.

Sound has only begun to be explored in VR robot teleoperation where basic auditory feedback has been shown to improve user performance.

In this project, we propose a new approach to characterising hazardous spaces using VR by splitting information across multiple sensory modalities and delegating data to the auditory channel using sonification – “the use of non-speech audio to convey information”  which has been shown to improve user trust and workload by making system critical information easier to process.

Az online kaszinók revolut lehetőséget kínálnak a gyors és kényelmes fizetésre, és további hasznos információkat találhat a KaszinoHungary10 oldalon, ahol részletesen bemutatják az ilyen típusú kaszinókat.

An additional impact of adding sound to VR is that it tends to increase immersion and a sense of presence which has been shown to impact trust in VR. In hazardous environments such as nuclear sites, an increased sense of presence can result in undue stress for VR operators, and this has ethical implications for their employers.

Project Team

Meet Our Project Team

Verity McIntosh

Senior Lecturer in Virtual and Extended Realities, UWE Bristol

Lead Contact

Paul Bremner

Research Fellow,  Bristol Robotics Laboratory, UWE Bristol

Co-Investigator

Tom Mitchell

Associate Professor, Creative Technologies, UWE Bristol

Co-Investigator

Melissa Willis

Robotics and Artificial Intelligence Integrated Research Team Member, Sellafield Ltd

Industry partner

Steven Wood

Senior Commercial Manager and Blockchain Market Lead, Digital Catapult

Advisor
Partners

Our Project Partners