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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
      • Question: can SABREs be included in 5G SBP: The 5G Super Blueprint Library session?
      • Replicate Simplified Slicing demo locally in ISI lab (Lincoln)
      • 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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  • Autonomous network: A network composed of intelligent and automated infrastructure, operational managementsystems, and business systems. ChinaMobile has set the goal of reaching Level 4 advanced autonomous driving by the year 2025 and has initiated a large-scale, comprehensive autonomous network practice across its entire network.
        • Intent-Based 5G Blueprint:


Intent Driven Orchestration for an Autonomous 5G Network - Praveen Kumar Kalapatapu (Infosys)

  • Overview- Showcase Level 4 Autonomous 5G Network that can be provisioned using Intents and also maintain intents by effectively managing and resolving conflicts without manual interventions. Use case would use TMF 921 standards for the intent management. 

  • Operators are required to maintain highly complex 5G network based on the varied business requirements/intents. 

    Following are the solutions to be addressed in this usecase (Scope)

    1. Automatically manage network availability, scalability and other quality of services as per business requirements/intents with minimal or zero manual interventions.
    2. Standardize the construct used to write Intents and maintain the same.
    3. Scalable to fulfill Edge, Core and RAN Requirements using intents
    4. Provide agility to autonomously resolve conflicts between the intents



5G Super Blueprint Library -

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