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The following table should list and summaries the activities relates to demonstration by the different O-RAN-SC projects

Involved ProjectsPresenterDescription
  • name for the demonstration
  • What WG or FG is supporting the planned demonstration

  • Advantages for the O-RAN ALLIANCE F2F participants to see the planned demonstration.

  • Requirements for the venue, e.g. table, chairs, screen with HDMI cable, etc.

TimeTime Slot at f2f
RIC ApplicationsSunil Singh<no demonstration>

Near Realtime RAN Intelligent Controller

abdulwahid.w <no demonstration>

O-RAN Distributed Unit High Layers 

WLS interfacing between O-RAN-SC O-DU and OAI

  • OSFG, WG5
  • Implementation of O-RAN Specification and feedback for improvements and proposed future work. 
  • 40 to 50 chairs, internet connectivity, screen, audio system the possibility to chair the screen of BYOD ( a developer laptop)

Dependency:

  • Integration
    • OAI (all components accept O-DU) and O-RAN-SC O-DU (prio1)
      • end-to-end call 
    • integration lab (prio2)

Reference:

 ~10min
O-RAN Distributed Unit Low Layerspeng Lu <no demonstration>

Simulations and
Operations and Maintenance

Alex Stancu (on site)
Martin Skorupski (on site)

Hybrid and Hierarchical OAM Architecture

  • OSFG, WG4, WG5, WG10, WG11, TIFG
  • Implementation of O-RAN Specification and feedback for improvements and proposed future work. 
  • 40 to 50 chairs, internet connectivity, screen, audio system the possibility to chair the screen of BYOD ( a developer laptop)

Reference:

~15min
Infrastructure

Multi-arch support on O-Cloud (O2)

  • OFSG, WG6, WG1
  • Implementation of O-RAN Specification and feedback for improvements and proposed future work. 
  • 40 to 50 chairs, internet connectivity, screen, audio system the possibility to chair the screen of BYOD ( a developer laptop)

Content:

~10min
Integration and Testingbimo fransiscus asisi 

Integration efforts and experience

  • OSFG, TIFG, WG1, 
  • Implementation of O-RAN Specification and feedback for improvements and proposed future work. 
  • 40 to 50 chairs, internet connectivity, screen, audio system the possibility to chair the screen of BYOD ( a developer laptop)

Reference:

~10min
DocumentationSridhar Rao
Weichen Ni

User experience of operation an O-RAN network with the focus on OAM

  • OSFG, TIFG, and O-RAN Alliance in general 
  • Implementation of O-RAN Specification and feedback for improvements and proposed future work. 
  • 40 to 50 chairs, internet connectivity, screen, audio system the possibility to chair the screen of BYOD ( a developer laptop)

Reference

~15min
Non-RealTime RIC (RAN Intelligent Controller)

Sample rApp as template for others

  • OSFG, WG2
  • How to develop an rApp and deploy and register it and its APIs within a Non-RT-Ric of the decoupled SMO environment. 
  • 40 to 50 chairs, internet connectivity, screen, audio system the possibility to chair the screen of BYOD ( a developer laptop) 

Reference:

~15min
Non-RealTime RIC (RAN Intelligent Controller)
Service Management and Orchestration (SMO)
John Keeney (Ericsson EST)
Seshu Kumar Mudiganti 

TE&IV demo

  • OSFG, WG10
  • Ideas and requirements from developer point of view
  • 40 to 50 chairs, internet connectivity, screen, audio system the possibility to chair the screen of BYOD ( a developer laptop)

Reference:

~15min
Service Management and Orchestration (SMO)

Service management and Orchestration framework and deployments with O2

  • OSFG, WG1, WG2, WG6
  1. SMO O2 (FOCOM and NFO (K8s)) demo of the IMS and DMS (as a possibility) - Seshu
  2. Nephio integration with the OSC-SMO (as a stretch and possible idea for the demo) 

  3. Demo on Tacker for DMS ETSi profile by Toshiaki Takahashi
    1. FM
    2. PM
  • 40 to 50 chairs, internet connectivity, screen, audio system the possibility to chair the screen of BYOD ( a developer laptop)

Reference:

~??min





~15min

AI/ML Framework
Non-RealTime RIC (RAN Intelligent Controller)
subhash 
John Keeney (Ericsson EST)

AI/ML in the context of O-RAN

  • OSFG, WG2
  • Expose training service to build model and it's deployment (stretch goal to expose training service over R1) 
  • 40 to 50 chairs, internet connectivity, screen, audio system the possibility to chair the screen of BYOD ( a developer laptop)

Reference:

~30min
INDIGO

Martin Skorupski (on side)
Alex Stancu (on site)
Brenda Conner (on site)
Dave (remote)

Intelligent 5G Networks Designed and Integrated for Globalized Operations

  • OSFG and O-RAN Alliance in general 
  • Secure, resilient and quality 5G communications in the context of multi-operator networking
  • 40 to 50 chairs, internet connectivity, screen, audio system the possibility to chair the screen of BYOD ( a developer laptop)  

Reference:

~45min
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