Demonstrations

Format

From past O-RAN f2f meetings, there are generally two ways to show demos:

In special sessions with an audience in a conference room.
Continuous video loops displayed on a screen in the meeting area or event lobby.

For both types of presentations, it's useful to make a video of your demo with voice. It's best to highlight the main functions and features and keep it concise.

These videos not only work for the second type of presentation but also serve as a backup for live audience sessions. Additionally, the videos can be used as references in project wikis and to document achievements for specific topics or releases.

When presenting to an audience, you typically have three options:

A live demo - This often requires remote access to an integration lab. While event hosts usually provide this, there can be last-minute issues with remote connectivity, even during the presentation.
Play the demo video and do a live voiceover. This approach is less risky but still offers a genuine and interactive experience.
Play the demo video with a pre-recorded voiceover.

Feel free to choose any of these options as they are all viable and effective.

Logo and Presentation Template (PLEASE DONT USE IT NOW )

Content

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

Involved Projects	Presenter	Description 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.	Time
RIC Applications	Sunil Singh	<no demonstration>
Near Realtime RAN Intelligent Controller	abdulwahid.w	<no demonstration>
O-RAN Distributed Unit High Layers	Ankit Barve	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: O-RAN Distributed Unit	~10min
O-RAN Distributed Unit Low Layers	Peng 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: Hierarchical OAM functions Use Case Hybrid and Hierarchical OAM Architecture	~15min
Infrastructure	Jackie Huang	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: Deploy O-Cloud on both X86-64 and ARM64 Simulate SMO to work with Multi-Arch O-Clouds with O2 interface. Recorded demo: https://lf-o-ran-sc.atlassian.net/wiki/download/attachments/14385188/ORAN-O2-Multi-Arch-Support-on-OCloud.mp4?api=v2	~10min
Integration and Testing	bimo 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: OSC Community Lab	~10min
Documentation	Sridhar 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 https://docs.o-ran-sc.org/en/latest/	~15min
Non-RealTime RIC (RAN Intelligent Controller)	John Keeney (Ericsson EST)	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: Slides: 20241031-OSC-NONRTRIC-rApps+Demo-MontrealF2F2024-JohnKeeney.pdf	~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: 2024-07-31 Meeting notes (see TE&IV demo) Slides: 20241030-OSC-SMO-TEIV-Intro+Demo-MontrealF2F2024-JohnKeeney.pdf	~15min
Service Management and Orchestration (SMO)	Seshu Kumar Mudiganti Toshiaki Takahashi	Service management and Orchestration framework and deployments with O2 OSFG, WG1, WG2, WG6 SMO O2 (FOCOM and NFO (K8s)) demo of the IMS and DMS (as a possibility) - Seshu Nephio integration with the OSC-SMO (as a stretch and possible idea for the demo) Demo on Tacker for DMS ETSi profile by Toshiaki Takahashi - FM PM 40 to 50 chairs, internet connectivity, screen, audio system the possibility to chair the screen of BYOD ( a developer laptop) Reference: 2024-07-31 Meeting notes	~??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: 2024-07-31 Meeting notes Slides: 20241031-OSC-AIMLFW+NONRTRIC-AIMLinOSC-Demo-MontrealF2F2024-SubhashSingh+JohnKeeney.pdf	~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: Intelligent 5G Networks Designed and Integrated for Globalized Operations (INDIGO)	~45min