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Adaptive 5G systems for interactive volumetric sports analysis in augmented reality by Jiqing Wen; Lauren Gold; Jinhan Hu; Alireza Bahremand; Aashiq Shaikh; Charmaine Farber; Yasser Dbeis; Sameer Channar; Connor Richards; Ryan Hoang; Craig Spencer; Nick Tang; Robert LiKamWa is a scholarly article available to read on EtoBox.

What is Adaptive 5G systems for interactive volumetric sports analysis in augmented reality about?

Remote coaching for sports is challenged by the lack of 3D spatial communication. While athletes send live or recorded videos to their coaches, these 2D representations fail to capture the spatial relationships of the body, limiting the ability to understand timing, weight distribution, and smoothness in an athletic movement. This demonstration presents Augmented Coach, an AR sports coaching platform for coaches to remotely view, manipulate, and annotate athletic movements in 3D augmented space. Also, this demonstration provides an adaptive platform to study real-time efficient volumetric data transmission between remotely connected devices, including over 5G cellular networks. CCS CONCEPTS • Human-centered computing → Ubiquitous and mobile computing systems and tools.

Author

Jiqing Wen; Lauren Gold; Jinhan Hu; Alireza Bahremand; Aashiq Shaikh; Charmaine Farber; Yasser Dbeis; Sameer Channar; Connor Richards; Ryan Hoang; Craig Spencer; Nick Tang; Robert LiKamWa

Publisher

ACM

Published

2022

Language

EN