6G-XR

REQUIEM

This use case designed and implemented QUIC-based real-time media transmission suitable for the 6G-XR Remote Renderer. Standardised QUIC can migrate client connections between networks such as WiFi and cellular without breaking connections. Automated measurement tools were developed to quantify the effects of different protocol settings, which we used to evaluate the currently unknown impact of client mobility on the quality of real-time media in a Mininet-based testbed and on the 6G-XR South Node. Our solution has been integrated into the 6G-XR Remote Renderer. The code was released as open-source.

The improved Remote Renderer enables inherent end-to-end security, fate sharing in control and data planes, reduced connection establishment times, improved Quality of Experience (QoE), etc. These contributions enable novel XR applications involving client mobility.

Type of experiment:
Demonstration

Functionality:
(XR) Video Streaming, but it is realating to multi-access networks and somewhat to holographic communications


Location(s):
Spain

Vertical sector(s):
Media/xR

Project Open Call 3rd-party funding

6G-XR


Duration:

GA Number: 101096838

SNS JU Call (Stream):
Call 1
Stream C