ACM ISS 2023
Sun 5 - Wed 8 November 2023
Mon 6 Nov 2023 17:51 - 18:12 at Schenley Ballroom - Demo Session

Guiding users with limb motion exercises can assist them in their physical recovery and muscle training. However, traditional visual tracking methods often require multiple camera angles to help the user understand their movements and require the user to be within the range of the screen. This is not effective for more ubiquitous situations. Therefore, we propose a method that uses spatial audio to guide the user with a multiple-directional limb motion exercise. Depending on the user’s perception of spatial audio’s direction, we designed feedback to help the user adjust the movement height and complete the move to the designated position. We attached a smartphone to the body limb to capture the user’s motion data and generate feedback. The experiment showed that with our designed methods user could conduct the multiple-directional limb exercise to the designated position. The spatial audio-based limb’s motion exercise system could create a natural, pervasive, and non-visual exercise training system in daily life

https://dl.acm.org/doi/10.1145/3626485.3626542
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Mon 6 Nov

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

17:30 - 20:00
Demo SessionDemos at Schenley Ballroom
17:30
21m
Demonstration
Augmenting Welding Training: An XR Platform to Foster Muscle Memory and Mindfulness for Skills DevelopmentBest Demo
Demos
A: Tate Johnson Carnegie Mellon University, A: Ann Li Carnegie Mellon University, A: Andrew Knowles Carnegie Mellon University, A: Zhenfang Chen Carnegie Mellon University, A: Semina Yi Carnegie Mellon University, A: Yumeng Zhuang Carnegie Mellon University, A: Dina El-Zanfaly Carnegie Mellon University, A: Daragh Byrne Carnegie Mellon University
DOI Authorizer link
17:51
21m
Demonstration
Assisting the Multi-Directional Limb Motion Exercise with Spatial Audio and Interactive Feedback
Demos
A: Tian Min Keio University, Japan, A: Chengshuo Xia Xidian University, A: Yuta Sugiura Keio University
DOI Authorizer link
18:12
21m
Demonstration
Demonstrating SurfaceCast: Ubiquitous, Cross-Device Surface Sharing
Demos
A: Florian Echtler Department of Computer Science, Aalborg University, Denmark, A: Vitus Maierhöfer University of Regensburg, A: Nicolai Brodersen Hansen Aalborg University, A: Raphael Wimmer University of Regensburg
DOI Authorizer link
18:34
21m
Demonstration
Holographic Sports Training
Demos
A: Manuel Rebol American University, A: Becky Lake American University, A: Michael Reinisch Graz University of Technology, A: Krzysztof Pietroszek American University, A: Christian Gütl Graz University of Technology
DOI Authorizer link
18:55
21m
Demonstration
Interactive 3D Annotation of Objects in Moving Videos from Sparse Multi-View Frames
Demos
A: Kotaro Oomori The University of Tokyo, A: Wataru Kawabe The University of Tokyo, A: Fabrice Matulic Preferred Networks, A: Takeo Igarashi The University of Tokyo, A: Keita Higuchi Preferred Networks
DOI Authorizer link
19:17
21m
Demonstration
MarbLED: Embedded and Transmissive LED Touch Display System and Its Application Platform for Surface Computing with Engineered Marble
Demos
A: Yoshito Nakaue , A: Chihiro Ura Kyoto Sangyo University, A: Hiroshi Kano Kyoto Sangyo University, A: Shigeyuki Hirai Kyoto Sangyo University
DOI Authorizer link
19:38
21m
Demonstration
MindfulBloom: Spatial Finger Painting for Mindfulness Intervention in Augmented Reality
Demos
A: Sunniva Liu Carnegie Mellon University, A: Eric Zhao Carnegie Mellon University, A: Anthony Renouf Carnegie Mellon University, A: Dina El-Zanfaly Carnegie Mellon University
DOI Authorizer link