MTS_2025_5G_6G_XR.pdf

1、XR in the 6G AgeKenichi KomatsuIntroductionKenichi KomatsuProject ResearcherCenter for Wireless CommunicationUniversity of Oulu20+years in Base Station R&D(NEC,Nokia)From R&D to Verticals,implementation and validation Research on 6G innovation with Extended Reality(XR)-Cyber Physical Fusion -Enhanci

2、ng real environments with digital intelligenceWhy XR in telecommunication?Current communication focuses on connection,not collaboration Texts,video calls,screen sharing all limited to 2D interfaces,one-way.True collaboration happens through motion,gesture,and presence.XR enables this new form of col

3、laboration Merging digital and physical spaces for co-creative work.Integrating visual,motion,audio,and sensor data in real time,in remote control.New network challenges These heterogeneous,multimodal data streams cannot be handled by conventional network QoS models.XR traffic is dynamic and interac

4、tion-driven requiring adaptive resource control through network slicing.Immersive Experiences Remote Productivity.6G symposium in Levi Finland,April 2024Collaborative 3D Digital Twin Fab Labhttps:/6g-xr.eu/References:K.Komatsu et al.,“Addressing 3D Digital Twin in XR Remote Fab Lab Over Sliced 5G Ne

5、tworks,”EuCNC/6G Summit 2025,pp.506511,doi:10.1109/EuCNC/6GSummit63408.2025.11036986.6G-XR Deliverable D6.2 3D Digital Twin XR Use Case Integration and ValidationNext generation remote workCo-Creative collaboration spaceCo-CreativeCollaborative 3D Digital Twin Fab LabTelepresence Immersive Prototypi

6、ng:Remote instructor and user review 3D design before fabricationReal-time interaction using voice and hand-tracked gesturesUsers can see and inspect the actual size and shapeMachine remote control/surveillance:Remote control of 3D printerLive camera views integrated as 3D texture3DDT Application fo