Search
Main navigation
VERTICAL ENGAGEMENT TRACKER
Vertical Cartography
Vertical Engagement Charts
Vertical Associations
STANDARDS TRACKER
SNS JU Standardisation Contributions
Standard Contribution Charts
Relevant Telco Standards
SDOs Status Updates
KPI RADARS
Technical Radar
Programme Radar
Main navigation
VERTICAL ENGAGEMENT TRACKER
Vertical Cartography
Vertical Engagement Charts
Vertical Associations
STANDARDS TRACKER
SNS JU Standardisation Contributions
Standard Contribution Charts
Relevant Telco Standards
SDOs Status Updates
KPI RADARS
Technical Radar
Programme Radar
Main navigation
VERTICAL ENGAGEMENT TRACKER
Vertical Cartography
Vertical Engagement Charts
Vertical Associations
STANDARDS TRACKER
SNS JU Standardisation Contributions
Standard Contribution Charts
Relevant Telco Standards
SDOs Status Updates
KPI RADARS
Technical Radar
Programme Radar
Breadcrumb
Home
TRL 3: Proof of Concept / Simulation
Hexa-X II
6G based sensing algorithms and concepts with real-time performance: Network-Assisted Mobility
Automotive/ Transport/ Logistics
Hexa-X II
Trustworthy flexible topologies in 6G, leveraging on “beyond communication” aspects: Cooperating Mobile Robots
Industry 4.0/ Manufacturing
Hexa-X II
Sustainability and trustworthy-oriented orchestration in 6G: Cooperating Mobile Robots
Industry 4.0/ Manufacturing
5G-STARDUST
Global private networks
Enterprise/security/governmental
5G-STARDUST
PPDR
Security/ PPDR
5G-STARDUST
Vehicle Connected
Automotive/ Transport/ Logistics
5G-STARDUST
Residential Broadband
Media/xR
5G-STARDUST
Maritime, Railways, Airways neutral-host cell
Automotive/ Transport/ Logistics
6GTandem
AR enriched events
Media/xR
6GTandem
Digital Twin in Industrial Enviroments
Industry 4.0/ Manufacturing
Pagination
Previous page
‹‹
Page 11
Next page
››
Subscribe to TRL 3: Proof of Concept / Simulation