LCR360: Efficient Head Movement Prediction and Viewport Sharing in 360° Video Streaming

In the realm of 360° video streaming, three paramount challenges arise: accurate prediction of the field of view, efficient bandwidth utilization, and seamless viewport sharing. Current solutions often neglect the latter aspect of 360° videos, thereby necessitating ultra-low latency, high quality, and real-time rendering. The considerable size of 360° videos further intensifies these challenges. To tackle these issues, we introduce LCR360, a deep learning-based neural network solution designed for accurate head movement prediction. Our solution is deployed on E3PO [9], an end-to-end open-source evaluation platform dedicated to 360° video-on-demand streaming. By integrating simulated streams into the Unreal Engine, we provide an immersive experience that enables users to share viewports seamlessly. Moreover, LCR360 surpasses its competitors by ~5% in the S-metric, a measure that combines the MSE of video quality, bandwidth, and storage costs.

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Publication Details

Published
2024-12-04
DOI
https://doi.org/10.1145/3636534.3696210
Primary Topic
Image and Video Quality Assessment
Type
article
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article

LCR360: Efficient Head Movement Prediction and Viewport Sharing in 360° Video Streaming

Abdelhak Bentaleb, Jashanjot Singh Sidhu
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Image and Video Quality Assessment
article

LCR360: Efficient Head Movement Prediction and Viewport Sharing in 360° Video Streaming

Abdelhak Bentaleb, Jashanjot Singh Sidhu
article en

Abstract

In the realm of 360° video streaming, three paramount challenges arise: accurate prediction of the field of view, efficient bandwidth utilization, and seamless viewport sharing. Current solutions often neglect the latter aspect of 360° videos, thereby necessitating ultra-low latency, high quality, and real-time rendering. The considerable size of 360° videos further intensifies these challenges. To tackle these issues, we introduce LCR360, a deep learning-based neural network solution designed for accurate head movement prediction. Our solution is deployed on E3PO [9], an end-to-end open-source evaluation platform dedicated to 360° video-on-demand streaming. By integrating simulated streams into the Unreal Engine, we provide an immersive experience that enables users to share viewports seamlessly. Moreover, LCR360 surpasses its competitors by ~5% in the S-metric, a measure that combines the MSE of video quality, bandwidth, and storage costs.

Concordia University (US), Concordia University (CA)
Openalex Percentile: Top 78%
Image and Video Quality Assessment
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