Executive Summary of the SG11 meeting (virtual, 22-31 July 2020)
ITU-T Study Group 11 meeting was held fully virtual from 22 to 31 July 2020 and it was attended by 170 delegates from 41 countries.
As a consequence of the current COVID-19 pandemic, and in coordination with the ITU-T Study Group 11 Chairman, its management team and TSB, this meeting replaces the one originally planned to be held in Geneva on the same dates.
All the sessions were supported by
ITU MyMeetings remote participation tool. Remote participation guideline was available on the SG11 webpage for
Delegate and
Moderator. Additional remote participation guidance is contained in
SG11-TD1357/GEN.
The SG11 Chairman thanked Rostelecom for providing sponsorship to arrange one-way Russian interpretation at the SG11 closing plenary as a trial.
Parallel events:
ITU-T Conformity Assessment Steering Committee (ITU-T CASC) virtual meeting, 24 July 2020.
1 Approved Recommendations (TAP, Resolution 1 of WTSA-16)
ITU-T Study Group 11 decided to approve during its opening plenary session, held on 22 July 2020, the following ITU-T Recommendation:
# |
Q |
WP |
Draft new/revised Rec. No. |
Title |
Final Reference |
A.5 justification |
1. | 1/11 | 1
| ITU-T Q.3643 (ex Q.DEN_IMS)
| Signalling architecture of distributed infrastructure ENUM networking for IMS
|
SG11-R30
|
SG11-TD1191/GEN
|
Note: the Recommendation ITU-T Q.3643 was approved by SG11 at the opening plenary (virtual, 22 July 2020) following Member States consultations (SG11-TD1362/GEN,
TSB Circular 241) and taking into consideration the typo highlighted in
SG11-C522.
2 Consented Recommendations (ITU-T A.8)
The following table shows the 'Consented' draft Recommendations.
# |
Q |
WP |
Draft new/revised
Rec. No. |
Title |
Final TD |
A.5 justification |
1.
| 1/11
| 1
| ITU-T Q.3058 (ex Q.NGNe-O-SA)
| Signalling architecture of orchestration in NGNe
|
SG11-TD1286/GEN
| -
|
2.
| 2/11
| 1
| ITU-T Q.3645 (ex Q.Pro-DES)
| Protocol at interface between two distributed ENUM servers for IMS
|
SG11-TD1396/GEN
|
SG11-TD1356/GEN
|
3.
| 3/11
| 1 | ITU-T Q.3060 (ex Q.ETN-DS)
| Signalling architecture of the fast deployment emergency telecommunication network to be used in a natural disaster |
SG11-TD1407/GEN | -
|
4.
| 4/11
| 1
| ITU-T Q.3059 (ex Q.SFD)
| Signalling requirements for service function discovery
| SG11-TD1408-R1/GEN
|
SG11-TD1440-R1/GEN
|
5.
|
5/11
|
1 |
ITU-T Q.3720
(ex Q.BNG-PAC) |
Procedures for vBNG acceleration with programmable acceleration card
|
SG11-TD1419/GEN | -
|
6.
|
8/11
|
2
|
ITU-T Q.4100
(ex Q.HP2P-Arch)
|
Hybrid peer-to-peer (P2P) communications: Functional architecture
| SG11-TD1380/GEN
|
-
|
7.
|
8/11
|
2
|
ITU-T X.609.9
(ex X.mp2p-ocmp)
|
Managed P2P communications: Overlay content management protocol
|
SG11-TD1382/GEN
| SG11-TD1410/GEN
|
8.
|
8/11
|
2
|
ITU-T X.609.10
(ex X.mp2p-srds)
|
Managed P2P communications: Signalling requirements for data streaming | SG11-TD1383/GEN
| -
|
9.
| 10/11
| 3
| ITU-T Q.4066 (ex Q.TP_AR)
| Testing procedures of Augmented Reality applications |
SG11-TD1414-R1/GEN | -
|
10.
|
12/11 |
3
|
ITU-T Q.4062
(ex Q.FW_IoT/Test)
|
Framework for IoT Testing
|
SG11-TD1412-R2/GEN | -
|
11.
|
12/11
|
3 |
ITU-T Q.4063
(ex Q.39_FW_Test_ID_IoT)
|
The framework of testing of identification systems used in IoT
|
SG11-TD1413-R2/GEN | -
|
12.
|
13/11
|
3 |
ITU-T Q.3915
(ex Q.BNGP)
|
Set of parameters of vBNG for monitoring |
SG11-TD1430-R1/GEN | - |
13.
| 13/11
| 3
| ITU-T Q.3961 (ex Q.PWS)
| Parameters for evaluating bottleneck of web-browsing service
|
SG11-TD1431-R1/GEN | - |
14.
| 14/11
| 3
| ITU-T Q.4064 (ex Q.vbng-iop-reqts)
| Interoperability testing requirements of virtual Broadband Network Gateway
|
SG11-TD1392-R1/GEN | - |
3 Supplements, Handbooks, Technical Papers, Guidelines and Corrigenda
3.1 Supplements
ITU-T SG11 agreed the Supplement below:
Q
|
Title
|
Final TD
|
3/11
| Q Suppl.72 (ex. Q_suppl_ETS_Multi_Access): Signalling requirements for IMS emergency telecommunications service in support of multiple accesses
| SG11-TD1406/GEN
|
3.2
Guidelines
No Guidelines were agreed at this meeting.
3.3 Handbooks
No Handbooks were approved at this meeting.
3.4 Technical Papers / Technical Reports
ITU-T SG11 agreed the Technical Report below:
3.5 Corrigenda
No Corrigenda were approved at this meeting.
4 SG11 Structure and Management
There were no changes to the structure of SG11.
5 Questions
There were no changes to the Questions texts at this meeting.
6 Liaison officers and Rapporteurs
It was decided that, due to other commitments, the Rapporteur of Q8/11, Mr Juyoung Park (ETRI, Korea (Rep. of)) and the Associate rapporteur of Q9/11, Mr Rustam Pirmagomedov (SPbSUT) would step down. Mr Changkyu Lee (ETRI, Korea (Rep. of)) was appointed as Rapporteur of Q8/11 and Ms Cancan Huang (China Telecom) was appointed as Associate rapporteur of Q4/11.
Mr Juyoung Park and Mr Rustam Pirmagomedov were thanked for their active work with ITU-T SG11.
At the opening plenary, six Acting Rapporteurs and two Acting WPs Chairmen were nominated for the duration of the meeting in order to assist SG11 leadership to conduct Questions and WPs sessions remotely in case of connectivity issues. The final list of Rapporteurs, Associate Rapporteurs and Acting Rapporteurs can be found in
SG11-TD1284-R3/GEN.
The final list of Liaison Officers and representatives can be found in
SG11-TD1283/GEN.
7 Conformity Assessment Steering Committee
The eleventh meeting of the ITU-T Conformity Assessment Steering Committee (CASC), which was held virtually during ITU-T SG11 virtual meeting on 24 July 2020, focused on contribution received from IEC titled Presentation on Requirements for Test Labs ("CBTLs") at IECEE and the incoming liaison from ILAC, which contains ILAC Survey Report issued in June 2020.
In its contribution (
SG11-C488), IEC specifies the roles and requirements for the Testing Laboratories and the Certification Bodies using the IECEE CB Scheme. It was also indicated that as a non-for-profit Organisation, there was a need to cover IECEE cost of operations and so the Operational Document (OD 2026) which specifies the requirements for TL recognition process will be implemented for the ITU. This means IECEE programme with ITU will have financial implication, as follows:
- TL shall pay around 14 000 Swiss Francs (CHF) for the TL recognition assessment;
- ITU shall also pay 45 000 Swiss Francs (CHF) annually to IEC to maintain such new scheme.
During discussion, it was highlighted that:
- CASC plan is to implement a simple and transparent procedure that allows TL to be recognized by ITU in order to populate ITU Product Conformity Database. Currently, ITU is not able to do it by its own, but WTSA-16 requested ITU to collaborate with IECEE and ILAC on this matter;
- ITU received several requests from TLs wishing to be recognized asking CASC to provide guidance on the way forward;
- In October 2019, CASC initiated a Questionnaire on TL recognition procedure and joint ITU/IEC certification scheme according to the request received from IECEE CMC WG33. The results, contained in
SG11-TD1142/GEN, were positive and most of replies suggests keep going on. Financial implications for TLs and ITU itself were not anticipated.
Finally, following discussion taken place at the CASC meeting, it was decided that the standalone ITU/IECEE TL recognition procedure, which comes with extra costs for TLs, is not needed, as there is no financial benefit in return for TLs who might wish to populate the ITU Product Conformity Database only.
With regards to the joint certification scheme, CASC decided to put it on hold in order to give ITU-T SGs a possibility to consider all provided financial details and provide CASC feedback whether such joint certification scheme is of interest of their members, taking into consideration financial implications. The relevant oLS addressed to all ITU-T SGs is available in
SG11-TD1451/GEN, while the LS to IECEE is available in
SG11-TD1449/GEN.
During CASC meeting, ILAC presented outcomes of ILAC survey to identify Testing Laboratories accredited to perform testing in accordance with ITU-T Recommendations. The response rate was reasonable at 68%. A simple graphic depiction of the overall response rate was highlighted.
CASC encouraged ILAC to propose procedures on further collaboration at the next CASC meeting. It is assumed that these procedures should allow CASC to recognize TLs kindly provided by ILAC, without any additional assessment. The relevant oLS to ILAC is available in
SG11-TD1450/GEN.
More details are available in the ITU-T CASC report, as contained in
SG11-TD1331/GEN.
8 IMT-2020 and P2P communications related issues
ITU-T SG11 consented three draft new ITU-T Recommendations on P2P communications, as follows:
- ITU-T X.609.9 (ex. X.mp2p-ocmp): Managed P2P communications: Overlay content management protocol. It specifies an overlay content management protocol (OCMP) that runs on an interface between an index server and a peer to carry meta-information of overlay content over managed peer-to-peer (MP2P) architecture defined in Rec. ITU-T X.609. The meta-information includes attributes of a content to be distributed and mapping information with an overlay network. This Recommendation provides message formats and protocol operations;
- ITU-T X.609.10 (ex. X.mp2p-srds): Managed P2P communications: Signalling requirements for data streaming. It defines the signalling requirements for data streaming that runs on the reference points among related entities of the managed P2P network communications. This Recommendation also addresses service procedures for providing data streaming services based on managed peer-to-peer networks;
- ITU-T Q.4100 (ex. Q.HP2P-Arch): Hybrid peer-to-peer (P2P) communications: Functional architecture. The hybrid P2P network can be composed of tree-based overlay network and mesh-based overlay network in order to utilize the advantages of each type of overlay network. The tree-based overlay network will be used for fast distribution of small data, and the mesh-based network will be used for distribution of relatively larger sized data. This Recommendation specifies the functional architecture and the reference points for the hybrid peer-to-peer networking with information flows.
SG11 agreed to start five new work items on IMT-2020 and P2P communications related issues:
- Q.IITSN: Protocol for IMT-2020 network Integration with Time Sensitive Network;
- Q.IMT2020-SAO: Requirement, framework and protocols for signalling network analyses and optimization in IMT-2020;
- Q.HP2P-omp: Hybrid P2P communications: overlay management protocol;
- Q.HP2P-recov: Hybrid P2P communications: Tree and data recovery procedures;
- Q.HP2P-dss: Hybrid P2P communications: Data streaming service.
In addition, SG11 has made progress on the following draft Recommendations:
- ITU-T Q.INS-PM: Protocol for managing intelligent network slicing with AI-assisted analysis in IMT-2020 network;
- ITU-T Q.IMT2020-PIAS: Protocol for providing intelligent analysis services in IMT-2020 network;
- ITU-T Q.IEC-PRO: Protocols for microservices based intelligent edge computing;
- ITU-T Q.IMT2020-PFW: Protocol Framework for IMT-2020;
- ITU-T Q.LiteIMS-SA: Signalling architecture of Lite IMS for IMT-2020 advanced network;
- ITU-T Q.FMEC-SRA: Signalling requirement and architecture for federated multi-access edge computing;
- ITU-T Q.HP2P-pp: Hybrid P2P communications: Peer protocol.
Finally, at the SG11 closing plenary, it was decided to create a sub-category for Q.series:
“Q.4100-4139: Protocols and signalling for P2P communications”.
More information about these results is available in the WP2/11 and WP1/11 reports (
SG11-TD1329-R1/GEN,
SG11-TD1328-R1/GEN).
9 Signalling issues
SG11 consented three draft new ITU-T Recommendations, as follows:
- ITU-T Q.3058 (ex. Q.NGNe-O-SA): Signalling architecture of orchestration in NGNe. It provides the signalling architecture for orchestration in NGNe. Based on the functional architecture of orchestration in NGNe, it introduces the reference points and specifies the mapping of reference points to interfaces in the signalling architecture of orchestration in NGNe. It also provides the signalling requirements of the interfaces and defines the protocols used for interfaces;
- ITU-T Q.3059 (ex. Q.SFD): Signalling requirements for service function discovery. It specifies the signalling requirements for service function discovery based on its functional architecture. The signalling is for service function path controller to discover and select the service function;
- ITU-T Q.3720 (ex. Q.BNG-PAC): Procedures for vBNG acceleration with programmable acceleration card. It specifies the framework, working modes, and procedures for vBNG acceleration with programmable acceleration card.
Moreover, SG11 has made progress on the following draft Recommendations:
- ITU-T Q.SCC: Signalling requirements and information model of Cooperative Controller;
- ITU-T Q.SFPtr: Signalling requirements for Service Function Paths Load Balancing Traceroute in SFC;
- ITU-T Q.telemetry-VBNS: Signalling requirements for telemetry of virtual broadband network services;
- ITU-T Q.VNFT-req: Signaling requirements for VNF lifecycle management under the testing environment;
- ITU-T Q.CPN: Signalling requirements for computing power network;
- ITU-T Q.SD-DCI: Signalling requirements and information model of SD-DCI service;
- ITU-T Q.hns: Signalling requirements for hierarchical network slicing service;
- ITU-T Q.BNG-P4switch: Procedures for Programming Protocol-Independent Packet Processors (p4) Switch-based vBNG.
More information about these results is available in the WP1/11 report (SG11-TD1328-R1/GEN).
10 Security issues of SS7 and other protocols
Following the approval of ITU-T Q.3057 “Signalling requirements and architecture for interconnection between trustable network entities” in April 2020, SG11 started new work item Q.Pro-Trust “Signalling procedures and protocols for enabling interconnection between trustable network entities in support of existing and emerging networks” in July 2020. It defines the signalling procedures and protocols involved in the application of the signalling requirements and architecture, TSa, Sa and Sc defined in ITU-T Q.3057 for interconnection between trustable network entities in support of existing and emerging networks.
Also, as a continuation of the previous related activities, including those related to financial services, SG11 achieved progress on:
- ITU-T Q.CIDA: Signalling requirements of calling line identification authentication;
- ITU-T TR-USSD: Low resource requirement, quantum resistant, encryption of USSD messages for use in financial services.
More information about these results is available in the WP1/11 report (SG11-TD1328-R1/GEN).
11 VoLTE/ViLTE-related issues
Further to
TSB Circular 241 of 1 April 2020, and pursuant to clause 9.5 of Resolution 1 (Rev. Hammamet, 2016), ITU-T Study Group 11 (Signalling requirements, protocols, test specifications and combating counterfeit products), during its opening plenary on 22 July 2020, approved new Recommendation ITU-T Q.3643: Signalling architecture of distributed infrastructure ENUM networking for IMS. See
TSB Circular 262.
This Recommendation defines the framework and signalling architecture for distributed ENUM networking in support of IMS interconnection. Based on the signalling architecture of a distributed ENUM model, this Recommendation specifies the signalling procedures of ENUM profile management and ENUM resolution. Additionally, the signalling requirements and protocols to be applied for interfaces of distributed ENUM networking are addressed.
Moreover, SG11 consented draft new Recommendation ITU-T Q.3645 (ex. Q.Pro-DES): Protocol at interface between two distributed ENUM servers for IMS. It defines protocol at the interface between two Distributed ENUM Servers (DES) of distributed ENUM system in support of IMS interconnection. Based on the functions and signalling requirements defined in ITU T Q.3643, this Recommendation provides the reference model, procedures, protocol, and message specification for the interface between two DES.
In addition, SG11 has made progress on Q.VoLTE-SAO-FP: Framework and protocols for signalling network analyses and optimization in VoLTE.
More information about these results is available in the WP1/11 report (
SG11-TD1328-R1/GEN).
12 Testing specifications, monitoring and implementation of ITU C&I Programme
SG11 consented six draft new Recommendations, as follows:
In addition, SG11 has made progress on the following draft Recommendations:
- ITU-T Q.vs-iop-ts: Test suite for interoperability testing of virtual switch;
- ITU-T Q.API4TB: Open API for interoperable testbed federations;
- ITU-T Q.TI-TEST: Framework of model network for Tactile Internet testing;
- ITU-T Q.BaaS-iop-reqts: Interoperability testing requirements of blockchain as a service;
- ITU-T Q.vbng-iop-ts: Test suite for interoperability testing of virtual BNG.
SG11 agreed to start two new work items, as follows:
- Q.PR-MF: Methodology of performance requirements for reliable comparison of measurement results;
- Q.GDC-IoT-test: Testing requirements and procedures for Internet of Things based green data centres.
Finally, ITU-T SG11 updated the reference list of ITU-T Recommendations suitable for conformity/interoperability assessment (SG11-TD1423/GEN).
More information about these results is available in the WP3/11 report (
SG11-TD1330-R1/GEN).
13 Emergency telecommunications
SG11 consented draft new Recommendation ITU-T Q.3060 (ex. Q.ETN-DS): Signalling architecture of the fast deployment emergency telecommunication network to be used in a natural disaster. It describes general framework of the fast deployment emergency telecommunication network to be used in a natural disaster.
Also, SG11 agreed one new Q.Supplement 72 (ex. Q.suppl.ETS_Multi_Access): Signalling requirements for IMS emergency telecommunications service in support of multiple accesses. It defines the signalling requirements for IMS emergency telecommunications service in support of multiple accesses including fixed broadband, Wi-Fi, 4G and 5G networks.
SG11 informed ITU-D SG2 and ITU-R WP5A on consent of ITU-T Q.3060 accordingly (
SG11-TD1432/GEN).
More information about these results is available in the WP1/11 report (
SG11-TD1328-R1/GEN)
14 Combating counterfeit ICT and mobile device theft
SG11 consented draft new Recommendation ITU-T Q.5052 (ex Q.DEV_DUI): Addressing mobile devices with duplicate unique identifiers. It identifies challenges and proposes mechanisms to enable the detection of mobile devices with duplicate identifiers present on operator networks as well as recommending mechanisms for validating the legitimacy of such devices.
SG11 agreed the new Technical Report ITU-T QTR-RLB-IMEI (ex TR-RLB-IMEI) “Reliability of IMEI”. It contains a study on the reliability of IMEI, including information about key vulnerabilities to IMEI reprogramming on mobile devices, challenges to make the IMEI non-reprogrammable, effects of IMEI tampering on mobile users, brand owners, manufacturers, service providers, regulators, governments, law enforcement agencies and on national security. It addresses key challenges faced by a range of stakeholders that arise from cloned/tampered IMEIs, including concerns about the misuse of IMEI numbers raised by Member States at ITU Council-17 and ITU Council-18. It also proposes ways to improve IMEI reliability and preventive steps for solving the issues on a national and international level.
Also, SG11 agreed to start a new Supplement Q.Sup.BLvsWL “Guidelines for Blacklist versus Whitelist Based System Implementation to address counterfeit, stolen and illegal mobile devices”, which provides guidelines for blacklist versus whitelist based system deployment that should be considered when deciding what approach to employ in order to address the issues of counterfeit, illegal and stolen mobile devices.
The draft Supplement ITU-T Q.Sup.CFS-Use-Cases “Use Cases on the Combat of Counterfeit ICT and Stolen Mobile Devices” was revised based on the responses to the TSB Circular 239, that call for collecting use cases on the combat of counterfeit ICT and stolen ICT equipment. Following discussion, it was decided to send additional LS to regional organizations in order to receive more proposals on use cases on the combat of counterfeit ICT and stolen mobile devices. Then, SG11 will advance the work item at the next meeting.
15 Preparation for WTSA-20
SG11 finalized and agreed Questions texts, mandate and Lead Study Group roles of ITU-T SG11 for the next Study Period (2021-2024). This is a result of the SG11 NSP sessions that took place during last three meetings (October 2019, March and July 2020). The agreed texts are available in
SG11-TD1460-R1/GEN and
SG11-TD1452-R1/GEN respectively.
SG11 continued discussion on the proposed two new Questions O/11 and P/11 related to new stack of protocols proposed for next Study Period (2021-2024). The proposed titles of those two Questions are:
- Question O/11: “Signalling and protocols for ManyNets support in Future Vertical Communication Networks”;
- Question P/11: “Protocols for control and management of high precision communications in Future Vertical Communication Networks”.
The consensus on the way forward was not achieved at the SG11 closing plenary (31 July 2020). It was decided that SG11 will continue its NSP sessions related to those questions during its interim NSP sessions. These sessions will also focus on proposed revision of current Q8/11 (H/11) regarding the parts highlighted in square brackets. The final texts of those three Questions are available in
SG11-TD1459-R1/GEN.
The final decision on the two new Questions O/11, P/11 and proposed revision of current Q8/11 (H/11) will be taken at the SG11 plenary meeting scheduled for December 2020 (date to be announced).
The report of SG11 NSP sessions is available in
SG11-TD1456-R1/GEN.
The relevant oLSs were sent out to TSAG (
SG11-LS143,
SG11-LS144).
16 Outgoing Liaison StatementsThe following table shows the list of the 22 agreed outgoing liaison statements, including one outgoing LS (
SG11-LS142) agreed by the Management Team by correspondence in April 2020, which was noted at the SG11 special session on preparation for WTSA-20. See
SG11-TD1289-R1/GEN.
Note: one oLS to TSAG to inform about status on preparation to WTSA-20 was agreed by SG11 Chairman by correspondence following decision taken at the SG11 closing plenary (SG11-LS143).
# |
Q |
For: |
To: |
Title |
Reference |
1
| 1/11
| I
| ITU-T SG13
| LS on consent of draft Recommendation ITU-T Q.3058 (ex. Q.NGNe-O-SA) “Signalling architecture of orchestration in NGNe”
|
SG11-LS146
|
2
| 2/11
| I
| 3GPP, ETSI, GSMA
| LS on initiation of new work item Q.IMT2020-SAO “Requirement, framework and protocols for signalling network analyses and optimization in IMT-2020”
|
SG11-LS147
|
3
| 2/11
| I
| ITU-T SG13, ITU-T SG17, ITU-T SG20, 3GPP TSG SA3
| LS on initiation of new work item Q.Pro-Trust “Signalling procedures and protocols for enabling interconnection between trustable network entities in support of existing and emerging networks”
|
SG11-LS148
|
4
| 2/11
| I
| ITU-T SG13, ITU-T SG17, ITU-T SG20, ITU-T FIGI SIT Working Group, ITU-T FG-QIT4N, 3GPP TSG SA3, ETSI TC Cyber QSC Working Group, GSMA
| LS on initiation of new work item TR-USSD “Low resource requirement, quantum resistant, encryption of USSD messages for use in Financial services”
|
SG11-LS149
|
5
| 3/11
| I
| ITU-T SG16
| LS/r on a new Q21/16 work item "Requirements for location-based processing service" (SG16-LS199)
|
SG11-LS150
|
6
| 3/11
| I
| ITU-D SG2, ITU-R WP5A
| LS on consent of draft new Recommendation ITU-T Q.3060 “Signalling architecture of the fast deployment emergency telecommunication network to be used in a natural disaster”
|
SG11-LS151
|
7
| 4/11
| I
| ITU-T SG13, JCA-IMT2020, IETF
| LS on the consent of draft new Recommendation ITU-T Q.3059 “Signalling requirements for service function discovery”
|
SG11-LS152
|
8
| 4/11
| I
| MEF
| LS/r on Lean NFV (MEF-LS00309_001)
|
SG11-LS153
|
9
| 5/11
| I
| ITU-T SG13, JCA-IMT2020
| LS on recent SDN-related developments in Q5/11: consented draft new Recommendation ITU-T Q.3720 “Procedures for vBNG acceleration with programmable acceleration card”
|
SG11-LS154
|
10
| 11/11
| I
| All ITU-T Study Groups
| LS on reference table to be used for Conformance and Interoperability testing
|
SG11-LS155
|
11
| 12/11
| I
| ITU-T SG5, ITU-T SG20
| LS on draft new Recommendation ITU-T Q.GDC-IoT-test “Testing requirements and procedures for Internet of Things based green data centres”
|
SG11-LS156
|
12
| 12/11
| I
| ITU-T SG20
| LS on consent of draft Recommendation ITU-T Q.4062 “Framework for IoT Testing”
|
SG11-LS157
|
13
| 12/11
| I
| ITU-T SG17 ITU-T SG20
| LS on consent of draft new Recommendation ITU-T Q.4063 "The framework of testing of identification systems used in IoT"
|
SG11-LS158
|
14
| 14/11
| I
| ITU-T SG13, ETSI ISG NFV
| LS on the consent of Recommendation ITU-T Q.4064 “Interoperability testing requirements of virtual Broadband Network Gateway” and the initiation of a new work item Q.vbng-iop-ts “Test suite for interoperability testing of virtual BNG”
|
SG11-LS159
|
15
| 15/11
| A
| ITU-D SG2 (Q4/2), APT, ATU, CEPT, CITEL, LAS, RCC, Regulatel
| LS on updates on the current work at ITU-T Q15/11 “Combating counterfeit and stolen ICT equipment”
|
SG11-LS145
|
16
| All/11
| A
| ITU-R WP4B
| LS on new Question “Signalling and Protocols in New IP-based Networking for ManyNets supporting Integrated Space-terrestrial Network and Emerging Scenarios” of SG11 for the next Study Period (2021-2024)
|
SG11-LS142
|
17
| All/11
| I
| TSAG
| LS on updated Questions texts, mandate and Lead Study Group roles of ITU-T SG11 for the next Study Period (2021-2024)
|
SG11-LS143
|
18
| All/11
| I
| TSAG
| LS on New IP, Shaping Future Network
|
SG11-LS144
|
19
| All/11
| A
| SCV
| LS/r on new ITU-T SG11 terms and definitions (SCV-LS31, SCV-LS32)
|
SG11-LS160
|
20
| CASC
| I | IECEE CMC WG33 | LS Status on joint ITU/IECEE recognition procedure and joint certification scheme
|
SG11-LS161 |
21
| CASC
| A
| ILAC | LS/r on ILAC Survey Report June 2020
|
SG11-LS162 |
17 Approved new work items
17.1 New work items initiated during ITU-T SG11 meeting (virtual, 22-31 July 2020)
The following table shows the list of the ten new work items. See SG11-TD1291/GEN.
# |
Q |
Work item (Draft Recs) |
Title |
Editors |
Timing |
Reference |
1 | 2/11
| Q.Pro-Trust
| Signalling procedures and protocols for enabling interconnection between trustable network entities in support of existing and emerging networks
| | 2022-07
|
SG11-TD1400/GEN
|
2
| 2/11 | Q.IMT2020-SAO
| Requirement, framework and protocols for signalling network analyses and optimization in IMT-2020
| | 2022-07
|
SG11-TD1401/GEN
|
3
| 6/11 | Q.IITSN
| Protocol for IMT-2020 network Integration with Time Sensitive Network
| Dan Xu, China Telecom Aipeng Guo, China Unicom | 2022-Q1
|
SG11-TD1405/GEN
|
4
| 8/11
| Q.HP2P-omp
| Hybrid P2P communications: overlay management protocol
| Mi Young Huh Wook Hyun
| 2022-12
|
SG11-TD1384/GEN
|
5
| 8/11 | Q.HP2P-recov
| Hybrid P2P communications: Tree and data recovery procedures
| Mi Young Huh Wook Hyun
| 2022-12
|
SG11-TD1385/GEN
|
6
| 8/11 | Q.HP2P-dss
| Hybrid P2P communications: Data streaming service
| Changkyu Lee Wook Hyun
| 2022-12
|
SG11-TD1386/GEN
|
7
| 9/11
| Q.PR-MF
| Methodology of performance requirements for reliable comparison of measurement results
| Martin Brand
| 2022-06
| TBD
|
8
| 12/11
| Q.GDC-IoT-test
| Testing requirements and procedures for Internet of Things based green data centres
| Dan Xu Tangqing LIU Aipeng Guo
| 2022-07
|
SG11-TD1417/GEN
|
9
| 14/11
| Q.vbng-iop-ts
| Test suite for interoperability testing of virtual BNG
| Xia Gong, China Telecom Aipeng Guo, China Unicom Yongqing Zhu, China Telecom
| 2022-Q4
|
SG11-TD1393/GEN
|
17.2 Work items initiated during the interim Rapporteur groups meeting, held in March 2020-July 2020
None
18 Work plan for interim Working Party and Rapporteur meetings
The following table represents the interim Working Party and Rapporteur meetings plan as agreed at the ITU-T SG11 closing plenary (virtual, 31 July 2020). Also available in
SG11-TD1292/GEN.
Question / WP |
Dates |
Place / Host |
Terms of reference |
Contact |
Email reflector |
WP1/11
| 19 November 2020 9:00-11:00 (Geneva time)
| E-meeting
| - Consent draft Recommendations Q.SCC and Q.VNFT-req; - Approve new Wis; - But not limited to.
| |
t17sg11all@lists.itu.int
|
WP3/11
| TBD
| E-meeting
| - Consent Q.BL-Audit; - Approve meeting report of Qs; - Approve Out-going liaisons; - Approve new WIs.
| |
t17sg11all@lists.itu.int
|
3/11
| 4-5 November 2020 9:00-11:00 (Geneva time)
| E-meeting
| - Discuss the new work item proposal introduced by contribution; - But not limited to.
| |
t17sg11q3@lists.itu.int
|
4/11
| 11-13 November 2020 12:30-15:30 (Geneva time)
| E-meeting
| - Finalize the on-going work items Q.SCC and Q.VNFT-req for consent;
- But not limited to.
| |
t17sg11q4@lists.itu.int
|
6/11
| 11-13 November 2020
| E-meeting
| - Progress ongoing work items.
| |
t17sg11q6@lists.itu.int
|
7/11
| 23-27 November 2020
| E-meeting
| - Progress ongoing work items of Q7/11; - Update current draft recommendations of Q7/11; - Discuss new work item proposals; - Establish future work plans.
|
|
t17sg11q7@lists.itu.int
|
9/11 Joint with ETSI TC INT
| 1-4 December 2020
| E-meeting
| - ITU-T Q.API4TB.
| Martin Brand, A1 Telekom Austria AG,
martin.brand@a1.at
|
t17sg11q9@lists.itu.int
|
12/11
| 28-29 October 2020
9:00-11:00
(Geneva time)
| E-meeting | - Discuss the new work item proposal introduced by input documents;
- But not limited.
| Ruslan KIRICHEK, SPbSUT,
kirichek@sut.ru
|
t17sg11q12@lists.itu.int
|
Joint 12/11 15/11
| 10 September 2020
(Sessions 3&4)
| E-meeting
| - Discuss input documents addressed to test suites for testing IoT technical solutions to be used for combating counterfeiting (under joint session Q12/11 and Q15/11);
- Discuss the new work item proposal introduced by input documents; - But not limited.
| Ruslan KIRICHEK, SPbSUT,
kirichek@sut.ru
|
t17sg11q12@lists.itu.int
|
15/11
| 8-9 September 2020
| E-meeting | - Review input documents;
- Revise Q.Sup.BLvsWL;
- Revise Q-BL-Audit bases on contributions (if any).
| Joao Zanon, Anatel,
zanon@anatel.gov.br
|
t17sg11q15@lists.itu.int
|
19 Regional Groups meetings
20 Promotion of ITU-T SG11 workSG11 Chairman encouraged all to propose topic for future SG11 Workshops.
21 Next Study Group 11 meeting
It was agreed that SG11 will arrange one virtual plenary session in December 2020 in order to make a decision regarding proposed two new Questions O/11, P/11 and revised H/11 (current 8/11). The date will be confirmed at a later stage.
Also, it was noted that the following SG11 meetings are planned for 2021:
- SG11 meeting, Geneva, 7-16 April 2021, TBC
- RGM meetings and WPs, Geneva, 7-16 July 2021, TBC
- SG11 meeting, Geneva, 1-10 December 2021, TBC
The dates and venue will be confirmed at a later stage.