ACM ISS 2024
Sun 27 - Wed 30 October 2024
Mon 28 Oct 2024 16:51 - 17:17 at C400/420 - Demos

Soccer, as a dynamic team sport, requires seamless coordination and integration of tactical strategies across all players. Adapting to new tactical systems is a critical but often challenging aspect of soccer at all professional levels. Even the best players can struggle with this process, primarily due to the complexities of conveying and internalizing intricate tactical patterns. Traditional communication methods like whiteboards, on-field instructions, and video analysis often present significant difficulties in perceiving spatial relationships, anticipating team movements, and facilitating live conversation during training sessions. These challenges can lead to inconsistent interpretations of the coach’s tactics among players, regardless of their skill level.

To bridge the gap between tactical communication and physical execution, we propose a mixed-reality telepresence solution, PanoCoach, designed to support multi-view tactical explanations during practice. Our concept involves a multi-screen setup combining a tablet for coaches to annotate and demonstrate concepts in both 2D and 3D views, alongside VR to immerse athletes in a first-person perspective, allowing them to experience a sense of presence during coaching.

In our preliminary study, we prototyped the cross-device functionality to implement the key steps of our approach: Step 1, where the coach uses a tablet to provide clear and dynamic tactical instructions, Step 2, where players engage with these instructions through an immersive VR experience, and Step 3, where the coach tracks players' movements and provides real time feedback.

User evaluation with coaches at City Football Group, Harvard Soccer and Rice Soccer suggests this mixed-reality telepresence approach holds promising potential for improving tactical understanding and communication.

Based on these findings, we outline future directions and discuss the research needed to expand this approach beyond controlled indoor environments, such as locker rooms, leveraging telepresence to enhance tactical comprehension and simulated training.

Mon 28 Oct

Displayed time zone: Pacific Time (US & Canada) change

16:00 - 19:00
DemosDemos at C400/420
16:00
25m
Demonstration
Eye-Hand Movement of Objects in Near Space
Demos
Uta Wagner Aarhus University, Andreas Asferg Jacobsen Aarhus University, Tiare Feuchtner University of Konstanz; Aarhus University, Hans Gellersen Lancaster University; Aarhus University, Ken Pfeuffer Aarhus University
DOI
16:25
25m
Demonstration
Have Fun with Math: Multimodal, Interactive, and Immersive Exploration of Wave Functions with 3D Models
Demos
Shamima Yasmin Eastern Washington University
DOI
16:51
25m
Demonstration
PanoCoach: Enhancing Tactical Coaching and Communication in Soccer with Mixed-Reality Telepresence
Demos
Andrew Kang Harvard University; Rice University, Hanspeter Pfister Harvard University, Tica Lin Harvard University
DOI Media Attached
17:17
25m
Demonstration
Spot Shadow: A System for Manipulating Shadows in Spatial DesignBest Demo
Demos
Saki Sakaguchi Tokyo Metropolitan University
DOI
17:42
25m
Demonstration
Designing Privacy-Protecting System with Visual Masking Based on Investigation of Privacy Concerns in Virtual Screen Sharing Environments
Demos
Mizuki Ishida Ochanomizu University, Kaori Ikematsu Yahoo Japan Corporation, Yuki Igarashi Ochanomizu University
18:08
25m
Demonstration
Gaze, Wall, and Racket: Combining Gaze and Hand-Controlled Plane for 3D Selection in Virtual Reality
Demos
Uta Wagner Aarhus University, Matthias Albrecht University of Konstanz, Andreas Asferg Jacobsen Aarhus University, Haopeng Wang Lancaster University, Hans Gellersen Lancaster University; Aarhus University, Ken Pfeuffer Aarhus University
18:34
25m
Demonstration
MoiréTag: A Low-cost Tag for High-precision Tangible Interactions Without Active Components
Demos
Peiyu Zhang University of Virginia, Wen Ying University of Virginia, Sara Riggs University of Virginia, Seongkook Heo University of Virgina