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= Rationale =  
= Rationale =  
PoC Topics are specific areas, often linked to a Work Item, where input or feedback from the AFI Proofs of Concept is needed.  AFI PoC Topics help to focus PoC Projects on the most relevant topics for TC NTECH/AFI, and to increase the relevance of their contributions.
PoC Topics are specific areas, often linked to a Work Item, where input or feedback from the AFI Proofs of Concept is needed.  AFI PoC Topics help to focus PoC Projects on the most relevant topics for TC INT/AFI, and to increase the relevance of their contributions.


NTECH/AFI PoC Topics are identified and documented by NTECH AFI WG. NTECH/AFI PoC Topics may include templates for the PoC Contributions and deadlines to ensure that the PoC Contributions arrive on-time to be taken into account by the targeted WIs.
INT/AFI PoC Topics are identified and documented by INT AFI WG. INT/AFI PoC Topics may include templates for the PoC Contributions and deadlines to ensure that the PoC Contributions arrive on-time to be taken into account by the targeted WIs.


= AFI PoC Topics =
= AFI PoC Topics =
Line 19: Line 19:
capabilities (Knowledge management Algorithms /
capabilities (Knowledge management Algorithms /
Computational Intelligence for Self-x Features)
Computational Intelligence for Self-x Features)
| Active
| ACTIVE
| ETSI GS AFI 002
| ETSI TS 103 195-2
| ETSI GS AFI 002
| ETSI TR 103 195-3
| Technical Report
| Technical Report
| Q4 2017
| 2021
|-
|-
| AFI-PT02
| AFI-PT02
Line 29: Line 29:
backhaul and core network architectures and
backhaul and core network architectures and
associated management
associated management
| Active
| CLOSED
| DTR/NTECH-AFI-0017-GANA-3GPP
| ETSI TR 103 404
(TR)
| ETSI TR 103 404
| DTR/NTECH-AFI-0017-GANA-3GPP
(TR)
| Technical Report
| Technical Report
| Q4 2017
| 2018
|-
|-
| AFI-PT03
| AFI-PT03
Line 41: Line 39:
architectures and associated management
architectures and associated management
| ACTIVE
| ACTIVE
| DTR/NTECH-AFI-0019-GANA-IMS (TR)
| ETSI TS 103 195-2
| DTR/NTECH-AFI-0019-GANA-IMS (TR)
| ETSI TR 103 627
| Technical Report
| Technical Report
| Q4 2017
| 2021
|-
|-
| AFI-PT04
| AFI-PT04
Line 51: Line 49:
and associated management
and associated management
| ACTIVE
| ACTIVE
| DTR/NTECH-AFI-0016-GANA-BBF (TR)
| ETSI TR 103 473
| DTR/NTECH-AFI-0016-GANA-BBF (TR)
| ETSI TR 103 473
| Technical Report
| Technical Report
| Q4 2017
| 2021
|-
|-
| AFI-PT05
| AFI-PT05
Line 60: Line 58:
network architectures and associated management
network architectures and associated management
| ACTIVE
| ACTIVE
| DTR/NTECH-AFI-0018-GANA-Mesh (TR)
| ETSI TR 103 495
| DTR/NTECH-AFI-0018-GANA-Mesh (TR)
| ETSI TR 103 495
| Technical Report
| Technical Report
| Q4 2017
| 2021
|-
|-
| AFI-PT06
| AFI-PT06
Line 69: Line 67:
architectures and associated management
architectures and associated management
| ACTIVE
| ACTIVE
| ETSI GS AFI 002
| ETSI TS 103 195-2
| TBC*
| TBC (*)
| Technical Report
| Technical Report
| Q4 2017
| 2021
|-
|-
| AFI-PT07
| AFI-PT07
Line 78: Line 76:
networks architectures and associated management
networks architectures and associated management
| ACTIVE
| ACTIVE
| ETSI GS AFI 002
| ETSI TS 103 195-2
| TBC*
| TBC (*)
| Technical Report
| Technical Report
| Q4 2017
| 2021
|-
|-
| AFI-PT08
| AFI-PT08
Line 87: Line 85:
Networks architectures and associated management
Networks architectures and associated management
| ACTIVE
| ACTIVE
| ETSI GS AFI 002
| ETSI TS 103 195-2
| TBC*
| TBC(*)
| Technical Report
| Technical Report
| Q4 2017
| 2021
|-
|-
| AFI-PT09
| AFI-PT09
| Autonomic Networking in Enterprise Networks  
| Autonomic Networking in Non Public Networks  
architectures and associated management
architectures and associated management
| ACTIVE
| ACTIVE
| ETSI GS AFI 002
| ETSI TS 103 195-2
| TBC*
| TBC(*)
| Technical Report
| Technical Report
| Q4 2017
| 2021
|-
|-
| AFI-PT10
| AFI-PT10
Line 105: Line 103:
architectures and associated management
architectures and associated management
| ACTIVE
| ACTIVE
| ETSI GS AFI 002
| ETSI TR 103 473
| TBC*
| TBC(*)
| Technical Report
| Technical Report
| Q4 2017
| 2021
|-
|-
| AFI-PT11
| AFI-PT11
| Autonomic Networking in 5G architectures
| Federated Autonomic Security Management and Control in 5G network
and associated management
| ACTIVE
| ACTIVE
| DTR/NTECH-AFI-0020-GANA-impact
| ETSI TS 103 195-2
(TR)
| TBC(*)
| DTR/NTECH-AFI-0020-GANA-impact
(TR)
| Technical Report
| Technical Report
| Q4 2017
| CLOSED
|-
|-
| AFI-PT12
| AFI-PT12
Line 125: Line 120:
technologies, Software Defined Network (SDN),  
technologies, Software Defined Network (SDN),  
Network Function Virtualization (NFV) and  
Network Function Virtualization (NFV) and  
End to End orchestration.
End to End orchestration.(**)
| ACTIVE
| ACTIVE
| DTR/NTECH-AFI-0020-GANA-impact
| ETSI TS 103 195-2
(TR)
| ETSI TR 103 628
| DTR/NTECH-AFI-0020-GANA-impact
(TR)
| Technical Report
| Technical Report
| Q4 2017
| 2021
|-
|-
| AFI-PT13
| AFI-PT13
Line 138: Line 131:
towards autonomics
towards autonomics
| ACTIVE
| ACTIVE
| ETSI GS AFI 002
| ETSI TS 103 195-2
| TBC*
| ETSI TR 103 195-3
| Technical Report
| Technical Report
| Q4 2017
| 2021
|-
|-
| AFI-PT14
| AFI-PT14
| Autonomic Networking and IPv6
| Autonomic Networking and IPv6
| ACTIVE
| ACTIVE
| DTR/NTECH-AFI-0020-GANA-impact
| ETSI TS 103 195-2
(TR)
| ETSI TR 103 628
| DTR/NTECH-AFI-0020-GANA-impact
(TR)
| Technical Report
| Technical Report
| Q4 2017
| 2021
|-
|-
| AFI-PT15
| AFI-PT15
Line 157: Line 148:
functions, and in a global autonomic network
functions, and in a global autonomic network
| ACTIVE
| ACTIVE
| DTR/NTECH-0022 Confidence in
| ETSI TR 103 629
autonomic functions) (TR)
| ETSI TR 103 629
| DTR/NTECH-0022 Confidence in
autonomic functions) (TR)
| Technical Report
| Technical Report
| Q4 2017
| 2021
|-
|-
| AFI-PT16
| AFI-PT16
Line 168: Line 157:
Network architectures and associated management
Network architectures and associated management
| ACTIVE
| ACTIVE
| DTR/NTECH-AFI-0017-GANA-3GPP (TR)
| ETSI TR 103 473
| DTR/NTECH-AFI-0017-GANA-3GPP (TR)
| TBC(*=)
| Technical Report
| Technical Report
| Q4 2017
| 2021
|-
|-
| AFI-PT17
| AFI-PT17
| Autonomic service assurance and control for 5G slices (Programmable traffic monitoring use case)
| CLOSED
| ETSI TS 103 195-2
| ETSI TR 103 629
| Technical Report
| 2021
|-
| AFI-PT18
| Testing autonomic networks and AI in Test systems
| ACTIVE
| ETSI TS 103 195-2
| ETSI TR 103 821
| Technical Report
| 2021
|-
| AFI-PT19
| Others
| Others
| ACTIVE
| ACTIVE
| ETSI GS AFI 002
| ETSI TS 103 195-2
| TBC*
| TBC(*)
| Technical Report
| Technical Report
| Q4 2017
| 2022
|}
|}


TBC *: New Work Item to be created.
(*) TBC - New Work Item To Be Created.
 
(**) Note: One recognized combination is based on the “Unified Architectural Framework” that combines AMC, SDN, NFV, and E2E Orchestration Reference Models, emerging from the Joint SDOs/Fora Initiative on Industry Harmonization for Unified Standards on Autonomic Management & Control of Networks and Services, SDN, NFV, E2E Orchestration (see http://www.tmforumlive.org/workshops/#tab-ieee-workshop-on-autonomics)


= Addressing a PoC Topic in a PoC Project =
= Addressing a PoC Topic in a PoC Project =
PoC Teams specify the targeted PoC Topic(s) in their  PoC Proposal, and commit to provide the expected contribution (input or feedback) in the requested format (template, if applicable) in a timely manner.
PoC Teams specify the targeted PoC Topic(s) in their  PoC Proposal, and commit to provide the expected contribution (input or feedback) in the requested format (template, if applicable) in a timely manner.
For each PoC Topic addressed, one or several Test Descriptions should be provided.


= Feeding back the results =  
= Feeding back the results =  
As soon as experimental results relevant for a given NTECH/AFI PoC Topic are available (no need to wait for the PoC Project to be completed), the PoC Team creates a contribution and informs the NTECH AFI WG by email (if the PoC Topic had a specific template for feedback contributions, it should be used). PoC Teams are also encouraged to contribute additional results and lessons learned during the PoC Project to the NTECH AFI WG.
As soon as experimental results relevant for a given INT/AFI PoC Topic are available (no need to wait for the PoC Project to be completed), the PoC Team creates a contribution and informs the INT AFI WG by email (if the PoC Topic had a specific template for feedback contributions, it should be used). PoC Teams are also encouraged to contribute additional results and lessons learned during the PoC Project to the INT AFI WG.
 
A generic PoC Feedback Template is available in [[PoC Framework]]


= NTECH / AFI Deliverables =
= INT / AFI Deliverables =
{| class="wikitable"
{| class="wikitable"
! style="font-weight: bold;" | Deliverable number / WI Code
! style="font-weight: bold;" | Deliverable number / WI Code
Line 200: Line 211:
| Published
| Published
|-
|-
| ETSI GS AFI 002
| ETSI TS 103 195-1
| Generic Autonomic Network Architecture; Part 1: Business drivers for autonomic networking
| Draft
|-
| ETSI TS 103 195-2
| “Generic Autonomic Network Architecture (An Architectural Reference Model for Autonomic Networking, Cognitive Networking and Self-Management)”.
| “Generic Autonomic Network Architecture (An Architectural Reference Model for Autonomic Networking, Cognitive Networking and Self-Management)”.
| Published
| Published
|-
|-
| DTR/NTECH-AFI-0016-GANA-BBF (TR)
| ETSI TS 103 195-3
| NTECH Autonomicity and Self-Management in the Broadband Forum (BBF) Architecture; GANA on BBF architecture
| Generic Autonomic Network Architecture; Part 3: Guidelines to instantiating the GANA onto a target implementation-oriented reference architecture
| Draft
| Draft
|-
|-
| DTR/NTECH-AFI-0018-GANA-Mesh (TR)
| ETSI TR 103 473
| Autonomicity and Self-Management in the Broadband Forum (BBF) Architecture; GANA on BBF architecture
| Published
|-
| ETSI TR 103 495
| Autonomicity and Self-Management in Wireless Ad-hoc/Mesh Networks
| Autonomicity and Self-Management in Wireless Ad-hoc/Mesh Networks
| Draft
| Published
|-
|-
| DTR/NTECH-0022 Confidence in autonomic functions) (TR)
| ETSI TR 103 404
| Trust on Autonomic Networks, Confidence in autonomic functions Guidelines for design and testability
| Autonomicity and Self-Management in the Backhaul and Core network parts of the 3GPP Architecture
| Draft
| Published
|-
|-
| DTR/NTECH-AFI-0017-GANA-3GPP (TR)
| ETSI TR 103 626
| Autonomicity and Self-Management in the Backhaul and Core network parts of the 3GPP Architecture
|An Instantiation and Implementation of the Generic Autonomic Network Architecture (GANA) Model onto Heterogeneous Wireless Access Technologies using Cognitive Algorithms
| Draft
| Published
|-
|-
| DTR/NTECH-AFI-0019-GANA-IMS (TR)
| ETSI TR 103 627
| Autonomicity and Self-Management in IMS architecture
| Autonomicity and Self-Management in IMS architecture
| Draft
| Draft
|-
|-
| DTR/NTECH-AFI-0020-GANA-impact
| ETSI TR 103 628
  (TR)
| Study of impact of selected emerging technologies(SDN NFV) on the AFI GANA model
| Study of impact of selected emerging technologies(SDN NFV) on the AFI GANA model
| Draft
| Draft
|-
| ETSI TR 103 629
| Trust on Autonomic Networks, Confidence in autonomic functions Guidelines for design and testability
| Draft
|-
|}
|}

Latest revision as of 15:29, 7 December 2020

Rationale

PoC Topics are specific areas, often linked to a Work Item, where input or feedback from the AFI Proofs of Concept is needed. AFI PoC Topics help to focus PoC Projects on the most relevant topics for TC INT/AFI, and to increase the relevance of their contributions.

INT/AFI PoC Topics are identified and documented by INT AFI WG. INT/AFI PoC Topics may include templates for the PoC Contributions and deadlines to ensure that the PoC Contributions arrive on-time to be taken into account by the targeted WIs.

AFI PoC Topics

Id PoC Topic Status Ref WI(s) Target WI(s) Expected Contribution (PoC Feedback) Deadline
AFI-PT01 Autonomic Networking and Self-management

capabilities (Knowledge management Algorithms / Computational Intelligence for Self-x Features)

ACTIVE ETSI TS 103 195-2 ETSI TR 103 195-3 Technical Report 2021
AFI-PT02 Autonomic Networking in 3GPP radio access,

backhaul and core network architectures and associated management

CLOSED ETSI TR 103 404 ETSI TR 103 404 Technical Report 2018
AFI-PT03 Autonomic Networking in 3GPP IMS

architectures and associated management

ACTIVE ETSI TS 103 195-2 ETSI TR 103 627 Technical Report 2021
AFI-PT04 Autonomic Networking in Fixed

broadband access architectures and associated management

ACTIVE ETSI TR 103 473 ETSI TR 103 473 Technical Report 2021
AFI-PT05 Autonomic Networking in ad-hoc / Mesh

network architectures and associated management

ACTIVE ETSI TR 103 495 ETSI TR 103 495 Technical Report 2021
AFI-PT06 Autonomic Networking in Smart Cities

architectures and associated management

ACTIVE ETSI TS 103 195-2 TBC (*) Technical Report 2021
AFI-PT07 Autonomic Networking in IoT-oriented

networks architectures and associated management

ACTIVE ETSI TS 103 195-2 TBC (*) Technical Report 2021
AFI-PT08 Autonomic Networking in Content Delivery

Networks architectures and associated management

ACTIVE ETSI TS 103 195-2 TBC(*) Technical Report 2021
AFI-PT09 Autonomic Networking in Non Public Networks

architectures and associated management

ACTIVE ETSI TS 103 195-2 TBC(*) Technical Report 2021
AFI-PT10 Autonomic Networking in Home Networks

architectures and associated management

ACTIVE ETSI TR 103 473 TBC(*) Technical Report 2021
AFI-PT11 Federated Autonomic Security Management and Control in 5G network ACTIVE ETSI TS 103 195-2 TBC(*) Technical Report CLOSED
AFI-PT12 Autonomic Networking combined with emerging

technologies, Software Defined Network (SDN), Network Function Virtualization (NFV) and End to End orchestration.(**)

ACTIVE ETSI TS 103 195-2 ETSI TR 103 628 Technical Report 2021
AFI-PT13 Migration and transition scenarios

towards autonomics

ACTIVE ETSI TS 103 195-2 ETSI TR 103 195-3 Technical Report 2021
AFI-PT14 Autonomic Networking and IPv6 ACTIVE ETSI TS 103 195-2 ETSI TR 103 628 Technical Report 2021
AFI-PT15 Trust and Confidence in autonomic

functions, and in a global autonomic network

ACTIVE ETSI TR 103 629 ETSI TR 103 629 Technical Report 2021
AFI-PT16 Autonomic Networking in Non 3GPP Mobile

Network architectures and associated management

ACTIVE ETSI TR 103 473 TBC(*=) Technical Report 2021
AFI-PT17 Autonomic service assurance and control for 5G slices (Programmable traffic monitoring use case) CLOSED ETSI TS 103 195-2 ETSI TR 103 629 Technical Report 2021
AFI-PT18 Testing autonomic networks and AI in Test systems ACTIVE ETSI TS 103 195-2 ETSI TR 103 821 Technical Report 2021
AFI-PT19 Others ACTIVE ETSI TS 103 195-2 TBC(*) Technical Report 2022

(*) TBC - New Work Item To Be Created.

(**) Note: One recognized combination is based on the “Unified Architectural Framework” that combines AMC, SDN, NFV, and E2E Orchestration Reference Models, emerging from the Joint SDOs/Fora Initiative on Industry Harmonization for Unified Standards on Autonomic Management & Control of Networks and Services, SDN, NFV, E2E Orchestration (see http://www.tmforumlive.org/workshops/#tab-ieee-workshop-on-autonomics)

Addressing a PoC Topic in a PoC Project

PoC Teams specify the targeted PoC Topic(s) in their PoC Proposal, and commit to provide the expected contribution (input or feedback) in the requested format (template, if applicable) in a timely manner.

For each PoC Topic addressed, one or several Test Descriptions should be provided.

Feeding back the results

As soon as experimental results relevant for a given INT/AFI PoC Topic are available (no need to wait for the PoC Project to be completed), the PoC Team creates a contribution and informs the INT AFI WG by email (if the PoC Topic had a specific template for feedback contributions, it should be used). PoC Teams are also encouraged to contribute additional results and lessons learned during the PoC Project to the INT AFI WG.

A generic PoC Feedback Template is available in PoC Framework

INT / AFI Deliverables

Deliverable number / WI Code Title Status
ETSI TS 103 194 Autonomic network engineering for the self-managing Future Internet (AFI); Scenarios, Use Cases and Requirements for Autonomic/Self-Managing Future Internet” Published
ETSI TS 103 195-1 Generic Autonomic Network Architecture; Part 1: Business drivers for autonomic networking Draft
ETSI TS 103 195-2 “Generic Autonomic Network Architecture (An Architectural Reference Model for Autonomic Networking, Cognitive Networking and Self-Management)”. Published
ETSI TS 103 195-3 Generic Autonomic Network Architecture; Part 3: Guidelines to instantiating the GANA onto a target implementation-oriented reference architecture Draft
ETSI TR 103 473 Autonomicity and Self-Management in the Broadband Forum (BBF) Architecture; GANA on BBF architecture Published
ETSI TR 103 495 Autonomicity and Self-Management in Wireless Ad-hoc/Mesh Networks Published
ETSI TR 103 404 Autonomicity and Self-Management in the Backhaul and Core network parts of the 3GPP Architecture Published
ETSI TR 103 626 An Instantiation and Implementation of the Generic Autonomic Network Architecture (GANA) Model onto Heterogeneous Wireless Access Technologies using Cognitive Algorithms Published
ETSI TR 103 627 Autonomicity and Self-Management in IMS architecture Draft
ETSI TR 103 628 Study of impact of selected emerging technologies(SDN NFV) on the AFI GANA model Draft
ETSI TR 103 629 Trust on Autonomic Networks, Confidence in autonomic functions Guidelines for design and testability Draft
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