Measuring Remote Collaboration Supported by Extended Reality: A Multidimensional Evaluation Approach
Abstract
Remote collaboration supported by eXtended Reality (XR) is a paradigm that transforms how geographically dispersed teams collaborate on shared tasks by leveraging immersive technologies that bridge physical distances. This approach goes beyond traditional communication tools, by creating shared, three-dimensional spaces that enhance the depth and effectiveness of collaboration. Regardless, it also introduces new challenges, like evaluating how collaboration occurs during such contexts, which literature shows is not straightforward. This work delves into evaluation in the realm of remote XR collaboration by proposing that a multidimensional approach is used, considering the level of information understanding, communication effectiveness, or social presence, among others. By analyzing how evaluation could be performed, we intend to offer insights to steer research and development in this dynamic field. These assessments can contribute not only to refining XR-system development but also deepen comprehension of how teams collaborate over time.
Keywords: Remote Collaboration, eXtended Reality, Dimensions of Collaboration, Multidimensional Evaluation Approach
DOI: 10.54941/ahfe1004610
Cite this paper
More from this volume
- Symbolism in Extended Reality
- Video Generation Method Unconsciously Gaze-Guiding for a Passenger on Autonomous Vehicle with Controlling Color and Resolution
- The Role of Collaborative Virtual Reality Engagement in Stroke Survivors' Rehabilitation
- Aligning digital twins and metaverse with the UN SDGs and applying them to understand human behaviour in smart and virtual cities.
- Adaptive Human-Machine Interfaces and Inclusivity in the Automotive Field: A Review
- Exploring the Relationship Between Acceptance and Usage Intention of Smart Mobility Applications and the Mobility of Older Adults: A Systematic Review
- User Study: Generative AI-based scientific writing assistant for students with visual impairments
- About ride comfort due to differences in running speed of manual attendant-controlled wheelchairs
- The Ethics of Immersion: A Scoping Review of VR and AR Technologies
- Exploring user preferences regarding facial interface expressions of service robots across multiple age groups: A case study of the Kebbi Air robot
- The Impact of Digital Twins Technology in Maritime Fleet and Safety Management
- Exploring the Willingness of Knowledge Workers to Use the Metaverse Office: A Qualitative Study


AHFE Open Access