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Marge Hillismarge.hillisThe page is intended to summarize all the requirements for Frankfurt Release.

These requirements will be prioritized by the TSC  to realistically fit within the Frankfurt Release Timeline.

The Release Scope should be finalized during the M1 Release Planning milestone at the xxx.

TSC Prioritization (Ranking)

  • RANK #0  – Special GO - fully covered by involved companies
  • RANK #1  – GO “Must Have”
  • RANK #2 - GO “Continuity of previous releases”
  • RANK #3 – GO if PTLs are OK since the impacted applications are less “stretched”
  • RANK #4 – NO GO – Mostly new requirements/features/projects

Use Cases 

Release 6 (Frankfurt) proposed use cases and functional requirements

M1 Scorecard:

  • Green: Use Case will be fully implemented and tested
  • Yellow: Use Case will be partially implemented. It is possible to identify capabilities for this use case that can be tested (phasing approach).
  • Red: Use Case can not be partially delivered, min. requirements can not be met in order to define a testing strategy.
Use CaseJIRA link (REQ)Owner(s)Projects or functional requirements impacted for this releasePriority

M1

Scorecard

TSC M1 ApprovalM3 ScorecardM3 TSC ApprovalM4 ScorecardTSC M4 ApprovalLink(s) to HLD/LLD if anyDependency (from/to) another project(s)

T-Shirt Size (star)

Project's Impact: Test Only (TO), Code (C)Committed (C)/ Partially Committed (P) or not (N) per impacted projectIf Partially or not Committed, what are gaps/ project (people/FTEs; HLD/LLD; etc)

Company

Engagement

Notes
Third Party Operational Domain Manager

Divyang.Patel@team.telstra.com

Atif.Husain@team.telstra.com

nishi.mathur@team.telstra.com

SDC






Third-party Operational Domain Manager
S

SDC (C)

SO (TO)

AAI (TO)

Changes being done in local setup.Will commit after review discussion with SDC PTLTelstraComplete company commitment for delivery of Frankfurt Scope for this use case




















(star) T-Shirt Size: Ballpark estimation for assessing the development/testing activities performed by the project team; not the integration team

  • XS - <4 Man/Weeks;
  • S - ~6 Man/Weeks;
  • M - ~8 Man/Weeks;
  • L - ~12 Man/Weeks;
  • XL - > 12 Man/Weeks.

Requirements

M1 Scorecard:

  • Green: The requirement will be fully implemented and tested
  • Yellow:  The requirement will be partially implemented. It is possible to identify capabilities for this functional requirement that can be tested (phasing approach).
  • Red: The requirement can not be partially delivered, min. requirements can not be met in order to define a testing strategy
RequirementJIRA link (REQ)OwnerProject ImpactedPriorityM1 ScorecardTSC M1 ApprovalM3 ScorecardM3 TSC ApprovalM4 ScorecardTSC M4 ApprovalLink(s) to HLD/LLD if anyDependency (from/to) another project(s)T-Shirt Size (XS, S, M, L, XL) (star)Project's Impact: Test Only (TO), Code (C)Committed (C)/Partially Committed (P) or not (N) per Impacted projectsIf Partially or not Committed, what are gaps/ project (people/FTEs; HLD/LLD; etc)Company EngagementNotes
Self Serve Control Loops

REQ-9 - Getting issue details... STATUS

SDC

DCAE

POLICY








Self Serve Control LoopsCLAMPXL

SDC - C

DCAE - C

POLICY - C



AT&T

All Control Loop Policy Models should be TOSCA Compliant

Operational, Guard Policies

REQ-21 - Getting issue details... STATUS

CLAMP

POLICY








TOSCA Compliant Policy TypesSDCM

CLAMP - C

POLICY - C



AT&T, Ericsson
Policy Update Notifications

REQ-25 - Getting issue details... STATUS

DCAE

POLICY








Policy Update Notifications
S

DCAE - C

POLICY - C



AT&T
CLAMP Deployment of Policies to PDP Groups

REQ-29 - Getting issue details... STATUS

CLAMP

POLICY








CLAMP Deployment of Policies to PDP Groups
M

CLAMP - C

POLICY- C



AT&T
Integration of CDS as Actor in Control Loops

CLAMP

POLICY

CDS








Demonstrating CDS actor support in Policy using vFW
L

CLAMP - C

POLICY - C

CDS - C



AT&T, Bell Canada, Ericsson
Modeling: Network Slicing modeling
 Chuyi Guo

SDC

SO

OOF

AAI

External API







NETWORK SLICING in R6 Frankfurt SDC L

SDC-C

AAI-C



CMCC

Amdocs

AT&T

Wiprc

Huawei


Modeling: Align service model with SDC implementation
Kevin ScaggsSDC







SDCM


AT&T

Modeling: VES model enhancement (relations, config management, Maria DB DM, status report)


SDC

SO

DCAE

AAI

Controller

Modeling








5G CONFIGURATION (ConfigDB)
L


AT&T

Nokia


5G / Network Topology Managment. Network configuration tree structures

SO

SDC

AAI

Controller

ConfigDB

Modeling








NETWORK TOPOLOGY MANAGEMENT
L

SO:

SDC:

AAI:

Controller:

ConfigDB:



AT&T
5G / Run-time data persistency (ConfigDB / CM)

SDC

A&AI

Controller

SO

Modeling








5G CONFIGURATION (ConfigDB)






Modeling: GeoLocation Model (and standards harmonization)

AAI

PRH

DCAE

Modeling








PNF PLUG and PLAY in R6 FrankfurtAAIM


Ericsson

Nokia


PNF / PNF S/W Upgrade 

SDC

VID

SO

CDS

Modeling








PNF software upgrade in R6 Frankfurt
S


Ericsson

Huawei


5G / ORAN & 3GPP Standards Harmonization

SDC

DCAE

CDS

Modeling








MOBILITY STANDARDS HARMONIZATION WITH ONAP




AT&T

Nokia


5G / License Management

SDC

Modeling








LICENSING MANAGEMENTSDCM


AT&T

Nokia

Ericsson


5G / Bulk PM

DCAE

Policy

Clamp

DMaaP








5G BULK PM Management in R6 Frankfurt






5G / PM dictionary
SDC






5G BULK PM Management in R6 Frankfurt






5G / FM Meta Data
Marge HillisSDC






FM META DATA & PM DICTIONARY in R6 Frankfurt






End to End Layer 1 Service Management. Modeling the Optical Service

SDC

SO

AAI

Controller

DCAE

Policy

Modeling








Multi-domain Optical Network Services
L


AT&T

Orange

Fujitsu


5G / 5G NRM Network Resource Model (Configuration Mgmt)
yaoguang wang

SDC

SO

CDS

Modeling








5G Network Resource Model (NRM) Configuration in R6 Frankfurt
L


Huawei
PNF / Plug and Play
Benjamin Cheung

SO

Modeling








PNF PLUG and PLAY in R6 Frankfurt






PNF / Configuration with NetConf
AAF






CONFIGURATION WITH NETCONF in R6 Frankfurt






PNF / PNF pre-onboarding onboarding








PNF PREONBOARDING / ONBOARDING in R6 Frankfurt






Modeling: Runtime instance model based on A&AI reverse engineering
James Forsyth

AAI








Reverse-engineering AAI data model to Papyrus information modelAAIL


AT&T

Ericsson

Huawei


Modeling: documentation of policy and allotted resource model
Kevin Scaggs

Policy

SDC









Policy

SDC

M


AT&T
Scaling Extensions

VID

APPC

SO








Scaling Use Case (Frankfurt)
 S-M


AT&T

Nokia/Shanghai

Nokia/Poland

Tech Mahindra

Orange



(star) T-Shirt Size: Ballpark estimation for assessing the development/testing activities performed by the project team; not the integration team

  • XS - <4 Man/Weeks;
  • S - ~6 Man/Weeks;
  • M - ~8 Man/Weeks;
  • L - ~12 Man/Weeks;
  • XL - > 12 Man/Weeks.

POC / Experimentation

POC Definition - (In Progress)

TypeRequirementOwnerProject ImpactedLink(s) to HLD/LLD if anyDependency (from/to) another project(s)T-Shirt Size (XS, S, M, L, XL) (star)Project's Impact: Test Only (TO), Code (C)Company EngagementNotesM4 Status











(star)T-Shirt Size: Ballpark estimation for assessing the development/testing activities performed by the project team; not the integration team

  • XS - <4 Man/Weeks;
  • S - ~6 Man/Weeks;
  • M - ~8 Man/Weeks;
  • L - ~12 Man/Weeks;
  • XL - > 12 Man/Weeks.



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