Towards Scalable Sharing of Immersive Live Telepresence Experiences Beyond Room-scale based on Efficient Real-time 3D Reconstruction and Streaming
In: CVPR Workshop on Computer Vision for Augmented and Virtual Reality (June 2019)
Abstract
We present a framework for sharing immersive live telepresence experiences to groups of remote users for arbitrary-sized environments. Our framework builds upon RGB-D data capture of the local environment (by a person or robot) and involves real-time 3D reconstruction, scalable data streaming and visualization to a multitude of remote users at modest bandwidth requirements and low latency while preserving the visual quality of current real-time reconstruction approaches.
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Bibtex
@ARTICLE{stotko2019cv4arvr, author = {Stotko, Patrick and Krumpen, Stefan and Klein, Reinhard and Weinmann, Michael}, title = {Towards Scalable Sharing of Immersive Live Telepresence Experiences Beyond Room-scale based on Efficient Real-time 3D Reconstruction and Streaming}, journal = {CVPR Workshop on Computer Vision for Augmented and Virtual Reality}, year = {2019}, month = jun, abstract = {We present a framework for sharing immersive live telepresence experiences to groups of remote users for arbitrary-sized environments. Our framework builds upon RGB-D data capture of the local environment (by a person or robot) and involves real-time 3D reconstruction, scalable data streaming and visualization to a multitude of remote users at modest bandwidth requirements and low latency while preserving the visual quality of current real-time reconstruction approaches.} }