Page History

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Agenda:

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Meeting Time

• 1500 UTC or 1600 UTC? - Lock in to 1500 UTC

Events

• LFN Developer & Testing Forum (Budapest, Hungary) - Recap

  • 63 attendees (up from Porto event)
  • AI/ML sessions & usecase discussions featured prominently
  • 5G SBP Topics presented:
    • 5G SBP: Enhancing Autonomous Network through Generative AI and Intent-Driven Technologies
    • 5G SBP: eUPF with Free5GC - Added to the 5G Super Blueprint Library
    • 5G SBP: Orchestration of OAI Core and Amarisoft gNB with EMCO
    • 5G SBP: The 5G Super Blueprint Library

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• • Three use cases will have separate services associated
  • What orchestrator will/can be used?
    • potential to duplicate Simplified E2E Network Slicing (Aarna) using EMCO
      • Aarna confirms all Simplified network slicing solution will be open source and NDA will not be required.
      • License - Apache 2
    • potential to leverage Wavelabs slicing using EMCO
  • ICCCN paper: ICCCN_2023_paper_187.pdf
  • Code repository (https://pulwar.isi.edu/sabres/cbs/cbs) that was used during the last government demonstration.  This is the initial code base (src directory), which will not be the final product (as this version only works on 2-3 variables, rather than arbitrary).  This code was used to replace ETSI's OSM's PLA module (using minizinc constraint solver) with CBS [https://osm.etsi.org/gitlab/osm/pla].
  • Lincoln tried setting up EMCO using documentation and it failed to come up.
  • SD-Core setup at ICI
  • Next Steps:
    • Open question on open sourcing SABREs (university policy) - still open - Risk. Risk mitigated - USC cleared the project. Next step agreed on a license.
    • Replicate Simplified Slicing demo locally in ISI lab (Lincoln)
      • Simplified Slicing repo: https://github.com/5G-Super-Blue-Print/SimplifiedNetworkSlicing. Yogen to check-in the code.
    • Debug the environment (Lincoln)
    • Setup SD-Core at ICI (demonstrate slicing using SD-Core)
      • rewriting parts of the UPF to integrate SABREs code
    • Set up a drop-in replacement for the current slicing algorithm with CBS algorithm (Lincoln)
    • Leverage UNH and Kaloom. Ganesh and Lincoln?

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• • Demo ready using environmental sensors. Video ready. Put on an upcoming agenda, pending release approval.
    • Video approved for release.
  • Initial PoC:
    • https://github.com/5G-Super-Blue-Print/KubeArmor-SEDIMENT-Demo
  • Potential Hex Five sub project - Cesare/Rajesh
    • Investigative meeting took place between Peraton and Hex Five (Cesare).
    • Next Step- Hex Five to potentially come back with a proposal. in progress as of 11/01/23
  • Next Steps:
    • Rajesh- Set back. Need to revaluate camera wrt memory
      • Options
        • Shift to a weather sensor instead of camera
    • API project. Internal review (Peraton), then release approval
      • Scope- how will 3rd party know status of RA and use it within there applications.
    • Aarno Labs has implemented SEDIMENT for a government funded project
      • Can they provide a demo or overview to the community? This is a government funded project, and is looking into what can be shared with this community. Discussion on-going
    • Looking to create an easy to use guidebook (Raj)
      • Related to API work
      • Would have to go through DARPA Public Release process
      • Aarno Labs- an MIT spin-off. Provides security for (currently) Java script. Whereas KubeArmor protects at the container level, Aarno protects at the Java script program level. SEDIMENT offers them an alternative where they may not be deploying on SGX (Software Guard Extensions). Contact Eric and Jeff Perkins also on SEDIMENT project. Raj to make introduction. Presented on Sept PI meeting.
    • Identify and develop a security Use Case
      •  Yogendra Pal @rajesh- discuss during a deep-dive meeting

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• Look for new Zoom bridge on the LFX Meeting platform
• Anyone have experience with o-DU High and FlexRAN? A coomunity community member/team is looking for some help

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