3DI Group VRST 2025 Contributions

3DI Group VRST 2025 Contributions

The ACM Symposium on Virtual Reality Software and Technology (VRST) is an international forum for the exchange of experience and knowledge among researchers and developers concerned with VR/AR software and technology. The 3D Interaction Group would like to acknowledge its member’s contributions to VRST 2025. Exploring Bichronous Collaboration in Virtual Environments Alexander Giovannelli, Cherelle Connor, Fionn Murphy, Trey Davis, and Doug Bowman Abstract: Virtual environments (VEs) empower geographically distributed teams to collaborate on a shared project regardless of time. Existing...
3DI Group ISMAR 2025 Contributions

3DI Group ISMAR 2025 Contributions

The 3D Interaction Group would like to acknowledge its member’s contributions to ISMAR 2025. XRWORKS Workshop Keynote - "Intelligent XR for the Future of Knowledge Work" Presented by Doug Bowman Revisiting Performance Models of Distal Pointing Tasks in Virtual Reality Logan Lane, Feiyu Lu, Shakiba Davari, Rob Teather, Doug Bowman Abstract: Performance models of interaction, such as Fitts’ law, are important tools for predicting and explaining human motor performance and for designing high-performance user interfaces. Extensive prior work has proposed...
Exploring Bichronous Collaboration in Virtual Environments

Exploring Bichronous Collaboration in Virtual Environments

Virtual environments (VEs) empower geographically distributed teams to collaborate on a shared project regardless of time. Existing research has separately investigated collaborations within these VEs at the same time (i.e., synchronous) or different times (i.e., asynchronous). In this work, we highlight the often-overlooked concept of bichronous collaboration and define it as the seamless integration of archived information during a real-time collaborative session. We revisit the time-space matrix of computer-supported cooperative work (CSCW) and reclassify the time dimension as a continuum....
EyeST: Eye-Enhanced Immersive Space to Think with Gaze-Driven Recommendations

EyeST: Eye-Enhanced Immersive Space to Think with Gaze-Driven Recommendations

The advancements in AI have raised intriguing possibilities for personalized experiences. Imagine if AI could anticipate your interests by analyzing your gaze patterns from the last hour of reading. What if it could recommend insights not just based on the pages you visited but on the specific parts of those pages that held your attention? The concept extends into immersive spaces. In XR, even though you get more space to organize massive amounts of information, you’d still have to exhaustively...
Planet Purifiers: A Collaborative Immersive Experience Proposing New Modifications to HOMER and Fishing Reel Interaction Techniques

Planet Purifiers: A Collaborative Immersive Experience Proposing New Modifications to HOMER and Fishing Reel Interaction Techniques

This project presents our solution to the 2025 3DUI Contest challenge! We developed a collaborative, immersive experience that raises awareness about trash pollution in natural landscapes. In our experience, one user collects harmful pollutants while the other user provides medication to impacted wildlife using enhancements to traditional interaction techniques: HOMER and Fishing Reel. We enhanced HOMER to use a cone volume to reduce the precise aiming required by a selection raycast for more efficient pollutant collection, coined as FLOW-MATCH. To...
Guided Tours for Asynchronous Collaboration in Virtual Reality

Guided Tours for Asynchronous Collaboration in Virtual Reality

While collaborative virtual environments have been investigated for working in different spaces at the same time, few have investigated the best practices for collaborating in those spaces at different times. We designed a system that allows experts to create engaging tours inside a virtual inspection space, preserving knowledge and insights while requiring observer interaction to follow the tour’s playback. A user study evaluating the influence of these interactions on an observing user’s information recall and user experience indicated that additional...
Towards Privacy-Aware AR: A Look into Mitigating Privacy Concerns in a Pervasive AR Future

Towards Privacy-Aware AR: A Look into Mitigating Privacy Concerns in a Pervasive AR Future

Fig 1: An overview of our approach to creating a interactive privacy-aware AI assistant for everyday AR In this work, we present a practical design framework for a privacy-aware virtual assistant for everyday AR, focusing on educating users with a lack of knowledge regarding technical and/or privacy literacy. Our approach features human-in-the-loop to learn privacy context, provides transparency into the system state of privacy detectors, and affords the user control and the ability to provide feedback to the system. The...
Revisiting Performance Models of Distal Pointing Tasks in Virtual Reality

Revisiting Performance Models of Distal Pointing Tasks in Virtual Reality

Performance models of interaction, such as Fitts’ Law, are important tools for predicting and explaining human motor performance and for designing high-performance user interfaces. Extensive prior work has proposed such models for the 3D interaction task of distal pointing, in which the user points their hand or a device at a distant target in order to select it. However, there is no consensus on how to compute the index of difficulty for distal pointing tasks. We present a preliminary study...
Exploring the Benefits and Challenges of Working with AR Virtual Displays In-The-Wild

Exploring the Benefits and Challenges of Working with AR Virtual Displays In-The-Wild

Mobile workers have limited access to display infrastructure while working on remote settings. While permanent office settings can support one or more monitors with large screen space, workers in remote settings are often reliant on the portable devices available to them at the time, such as laptops, tablets, and smartphones. Existing research has shown that virtual displays are feasible with current technology although they do not perform as well as a physical multi-monitor setup would. They have been shown to...

Welcome to the 3D Interaction Group

The 3D Interaction (3DI) Group performs research on 3D user interfaces (3D UIs) and 3D interaction techniques for a wide range of tasks and applications. Interaction in three dimensions is crucial to highly interactive virtual reality (VR) and augmented reality (AR) applications to education, training, gaming, visualization, and design. We also conduct empirical studies to understand the effects of immersion in VR and AR, the impact of natural and magic 3D interaction techniques, and usability and user experience in 3D UIs.

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