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fcf00dbf2301bc1e78448d06d0e070aa | 23.801-01 | 5.6 Key Issue #6: Policy and charging control framework
| To support the Policy and charging control in 6GS, the policy and charging control framework defined in 5G for policies (i.e. SM Policy, UE Policy, AM Policy) is considered as starting point for discussion, the following aspects are to be studied:
1. Whether and how to simplify the policy and charging control framewor... |
fcf00dbf2301bc1e78448d06d0e070aa | 23.801-01 | 5.7 Key Issue #7: Network Exposure
| This key issue is to study whether and how to support a common network exposure framework in 6G. The capabilities that are exposed via the framework fall into one of two categories.
1. The first category is new capabilities. New capabilities refer to capabilities that are not exposed in the 5G network. This category o... |
fcf00dbf2301bc1e78448d06d0e070aa | 23.801-01 | 5.8 Key Issue #8: Network Sharing in the 6G system
| Study on how to support network sharing in 6G, including the following aspects:
1) How to support the following network sharing architectures in 6G: Multi-Operator Core Network in 6G and Indirect Network Sharing in 6G.
|
fcf00dbf2301bc1e78448d06d0e070aa | 23.801-01 | 5.9 Key Issue #9: Localized Service Access
| The scope of localized service access is to study the overall architecture design and enablers for localized service access in 6G, which consists of the following:
1. Whether and how to support localized service access provided via PLMN, and study how to perform authorization and authentication of UE for localized ser... |
fcf00dbf2301bc1e78448d06d0e070aa | 23.801-01 | 5.10 Key Issue #10: FWA / Fixed Wireless Access
| The key issue aims to:
1) Analyse issues encountered in 5G deployments to efficiently support FWA and determine requirements to be taken by other KIs for 6G. The result of this analysis will serve as the basis for architectural requirements to relevant Key Issues related with WT 1.1 and WT 1.2.
NOTE: As the result of... |
fcf00dbf2301bc1e78448d06d0e070aa | 23.801-01 | 5.11 Key Issue #11: Support of non-3GPP access
| NOTE 1: The UE can access the 6G CN via non-3GPP access even if there is no 3GPP access available.
NOTE 2: Coordination with SA3 for authentication aspects will be needed for this KI.
NOTE 3: The dependency/interaction of non-3GPP access and 3GPP access should be minimized.
For non-3GPP access:
1. Study how to supp... |
fcf00dbf2301bc1e78448d06d0e070aa | 23.801-01 | 5.12 Key Issue #12: Voice Services for 6G
| This Key Issue will investigate how to support voice services for the 6G system (referring to the mechanisms used in 5GS to support voice services as the starting point for discussion) - the following aspects will be studied:
1. How the 6GS natively supports IMS based voice over the 6G access network, including how a ... |
fcf00dbf2301bc1e78448d06d0e070aa | 23.801-01 | 5.13 Key Issue #13: Emergency Voice Services for 6G
| This key issue will investigate how to support emergency voice services over the 6G system using the capabilities defined for voice service in Key Issue 12.
Additionally, this key issue will study:
1. The functionality required in the UE and the 6G system to enable emergency voice service for 6GS.
2. The functionali... |
fcf00dbf2301bc1e78448d06d0e070aa | 23.801-01 | 5.14 Key Issue #14: Location Services for 6G
| This Key Issue will investigate how to support location service in 6G - the following aspects will be studied:
1. The architecture to support location services in 6GS.
2. How to support regulatory location services for emergency voice service in 6GS.
3. How to support location service exposure.
NOTE 1: The focus in... |
fcf00dbf2301bc1e78448d06d0e070aa | 23.801-01 | 5.15 Key Issue #15: Messaging Services for 6G
| For messaging service in 6G this Key Issue will study:
1. How to support short message services (SMS) in 6GS as per the service requirements specified in TS 22.101 [8], TS 22.261 [9], TS 22.105 [10].
NOTE: For SMS to Emergency centre support it is assumed that the outcome of 5G-Advanced Rel-20 study will be adopted a... |
fcf00dbf2301bc1e78448d06d0e070aa | 23.801-01 | 5.16 Key Issue #16: Other Essential/Regulatory Services for 6G
| This Key Issue will study the following services:
1. How to support Multimedia Priority Services (MPS) in 6GS.
2. How to provide priority treatment to access control, signalling and media packets delivery for Mission Critical Services (MCX Services) in 6GS.
NOTE 1: It is assumed that 6GS will support Public Warning ... |
fcf00dbf2301bc1e78448d06d0e070aa | 23.801-01 | 5.17 Key Issue #17: Migration and Interworking
| This key issue studies how to support migration and interworking, including:
1. How to support migration to 6GS.
2. How to support interworking with 5GS.
3. Whether and how to support interworking with EPS.
NOTE 1: Whether to support interworking with EPS will depend on SA WG1 requirement.
4. How to support interw... |
fcf00dbf2301bc1e78448d06d0e070aa | 23.801-01 | 5.18 Key Issue #18: AI for 6G architecture
| Study how to support and enable use of AI in 6G (e.g. AI agent, AI framework).
NOTE 1: The term AI agent refers to the general concept of agents autonomously performing tasks on behalf of users, systems, and/or applications. As the SA WG1 work is still in progress, adapting the definition of AI agent from SA WG1 and ... |
fcf00dbf2301bc1e78448d06d0e070aa | 23.801-01 | 5.19 Key Issue #19: 6G Network for AI
| This key issue is based on the WT#3.2 about the 6G network for AI.
NOTE 1: The term AI agent refers to the general concept of agents autonomously performing tasks on behalf of users, systems, and/or applications. As the SA WG1 work is still in progress, adapting the definition of AI agent from SA WG1 and the use of t... |
fcf00dbf2301bc1e78448d06d0e070aa | 23.801-01 | 5.20 Key Issue #20: Integrated Sensing and Communication
| Study the integration of Sensing and Communication over 3GPP access, covering RAN node and UE operating as 3GPP Sensing Entities in the different sensing modes in alignment with TSG RAN, and considering multiple sources of sensing data.
The following aspects will be studied:
1) Architecture and functional support fo... |
fcf00dbf2301bc1e78448d06d0e070aa | 23.801-01 | 5.21 Key Issue #21: 6G data framework in SA2
| NOTE 1: Coordination (as requested by SA plenary LS SP-251261) with SA WG5 is required. Common functionalities for data handling may be identified between SA WG2 and SA WG5 to be coordinated with each other to avoid incompatible or duplicated solutions for data framework.
The Key issue is based on WT#5, which includes... |
fcf00dbf2301bc1e78448d06d0e070aa | 23.801-01 | 5.22 Key Issue #22: 6G Computing Support
| Study aspects on support of computing for UE, core network and application server in 6G (e.g. coordination among UE, core network and application server, exposure of computing service in the core network, etc.).
In order to support computing, the following aspects need to be studied:
1. Identification of the architec... |
fcf00dbf2301bc1e78448d06d0e070aa | 23.801-01 | 5.23 Key Issue #23: Support of 6G NTN
| Study how to support 6G RAT for NTN, based on RAN decision, and support service continuity aspects.
NOTE 1: The detailed scope for this KI will be coordinated and aligned with RAN in Q1 2026. A checkpoint is set to Q1 2026 to revisit WT/KI descriptions if needed before discussing solutions.
NOTE 2: This KI has IWK as... |
fcf00dbf2301bc1e78448d06d0e070aa | 23.801-01 | 5.24 Key Issue #24: Analyse 5GS IoT features and solutions
| This key issue will study how to support cellular IoT enablers in 6G including:
|
fcf00dbf2301bc1e78448d06d0e070aa | 23.801-01 | 1 Analyse whether and which 5GS cellular IoT features are applicable to 6G and identify which of these features that should be further studied.
| NOTE 1: Enhancements in 6G to the selected 5GS IoT features are not precluded.
NOTE 2: Features driven by this WT are expected to be generic and may apply to any UEs in 6G.
NOTE 3: The detailed scope for WT#8 will be coordinated and aligned with Massive Communication (IoT) requirements from RAN and SA WG1. Ambient Io... |
fcf00dbf2301bc1e78448d06d0e070aa | 23.801-01 | 6 Solutions
| |
fcf00dbf2301bc1e78448d06d0e070aa | 23.801-01 | 6.0 Mapping of Solutions to Key Issues
| Table 6.0-1: Mapping of Solutions to Key Issues
Key Issues
Solutions
1.1
1.2
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
5.1
X
5.1a
X
5.2
X
... |
fcf00dbf2301bc1e78448d06d0e070aa | 23.801-01 | 6.1 Solutions to KI#1
| Editor's note: The content of this clause is FFS.
|
fcf00dbf2301bc1e78448d06d0e070aa | 23.801-01 | 6.2 Solutions to KI#2
| Editor's note: The content of this clause is FFS.
|
fcf00dbf2301bc1e78448d06d0e070aa | 23.801-01 | 6.3 Solutions to KI#3
| Editor's note: The content of this clause is FFS.
|
fcf00dbf2301bc1e78448d06d0e070aa | 23.801-01 | 6.4 Solutions to KI#4
| Editor's note: The content of this clause is FFS.
|
fcf00dbf2301bc1e78448d06d0e070aa | 23.801-01 | 6.5 Solutions to KI#5
| |
fcf00dbf2301bc1e78448d06d0e070aa | 23.801-01 | 6.5.0 Summary of Solution Variants
| Table 6.5.0-1: Summary of solution variants per Key Issue 5 bullet
Bullet 1:
Solution
Variant
Title
Solutions Proposals used as a basis (see Annex C.5, Table C.5-1)
Comments
5.1
QoS flow considerations for 6G – Variant 1
11, 28
Introducing considerations for QoS concepts for 6G
5.1a
QoS flow considerations ... |
fcf00dbf2301bc1e78448d06d0e070aa | 23.801-01 | 6.5.1 Solution variant #5.1: QoS flow considerations for 6G - Variant 1
| |
fcf00dbf2301bc1e78448d06d0e070aa | 23.801-01 | 6.5.1.0 Topics addressed and High-level Solution Principles
| This solution variant addresses Bullet 1 of Key Issue 5.
Solution proposals 11, 28 of Annex C.5, Table C.5-1, are used as a basis for defining this solution variant.
The key principles proposed by this solution variant are:
- Introducing considerations of general principles and new QoS concepts for 6G
|
fcf00dbf2301bc1e78448d06d0e070aa | 23.801-01 | 6.5.1.1 Description
| The main proposal by this solution variant is to propose considerations for a general QoS concept in 6G.
A QoS Flow designates the finest granularity for packet (or PDU) treatment in the 6G System.
It is proposed that for a 6G QoS flow, UL and/or DL packet filters are associated with the 6G QoS flow and the QoS is c... |
fcf00dbf2301bc1e78448d06d0e070aa | 23.801-01 | 6.5.1.2 Procedures
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fcf00dbf2301bc1e78448d06d0e070aa | 23.801-01 | 6.5.1.3 Services, Entities and Interfaces
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fcf00dbf2301bc1e78448d06d0e070aa | 23.801-01 | 6.5.1.4 Issues
|
6.5.1a Solution variant #5.1a: QoS Flow considerations for 6G – Variant 2
6.5.1a.0 Topics addressed and High-level Solution Principles
This solution variant addresses bullet 1 of Key Issue 5.
Solution proposal 42 of Annex C.5, Table C.5-1, is used as a basis for defining this solution variant.
The key principles... |
fcf00dbf2301bc1e78448d06d0e070aa | 23.801-01 | 6.5.2 Solution variant #5.2: Enhanced QoS handling for /delay/error tolerant applications
| |
fcf00dbf2301bc1e78448d06d0e070aa | 23.801-01 | 6.5.2.0 Topics addressed and High-level Solution Principles
| This solution variant addresses bullet 1 of Key Issue 5.
Solution proposals 22, 26, 32, 38, 42, 48 of Annex C.5, Table C.5-1, are used as a basis for defining this solution variant.
The key principles proposed by this solution variant are:
- Introduce new QoS parameters to support new QoS handling for new 6G service... |
fcf00dbf2301bc1e78448d06d0e070aa | 23.801-01 | 6.5.2.0 Description
| The main proposal by this solution variant is to support new QoS concepts and new QoS parameters for, delay, error tolerant applications (i.e. when AL-FEC is used).
The main principles are:
- AF or UE request QoS requirements for the error/delay tolerant application.
- Option 1: The request may also include an ind... |
fcf00dbf2301bc1e78448d06d0e070aa | 23.801-01 | 6.5.2.2 Procedures
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fcf00dbf2301bc1e78448d06d0e070aa | 23.801-01 | 6.5.2.3 Services, Entities and Interfaces
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fcf00dbf2301bc1e78448d06d0e070aa | 23.801-01 | 6.5.2.4 Issues
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fcf00dbf2301bc1e78448d06d0e070aa | 23.801-01 | 6.5.3 Solution variant #5.3: QoS collaboration for a group of flows/UEs
| |
fcf00dbf2301bc1e78448d06d0e070aa | 23.801-01 | 6.5.3.0 Topics addressed and High-level Solution Principles
| This solution variant addresses bullet 1 of Key Issue 5.
Solution proposals 7, 19, 34 of Annex C.5, Table C.5-1, are used as a basis for defining this solution variant.
The key principle proposed by this solution variant is to support new QoS concept for handling QoS for a group of flows/UEs.
Editor's note: The enh... |
fcf00dbf2301bc1e78448d06d0e070aa | 23.801-01 | 6.5.3.1 Description
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fcf00dbf2301bc1e78448d06d0e070aa | 23.801-01 | 6.5.3.2 Procedures
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fcf00dbf2301bc1e78448d06d0e070aa | 23.801-01 | 6.5.3.3 Services, Entities and Interfaces
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fcf00dbf2301bc1e78448d06d0e070aa | 23.801-01 | 6.5.3.4 Issues
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fcf00dbf2301bc1e78448d06d0e070aa | 23.801-01 | 6.5.4 Solution variant #5.4: Support a QoS flow with dynamic QoS requirements
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fcf00dbf2301bc1e78448d06d0e070aa | 23.801-01 | 6.5.4.0 Topics addressed and High-level Solution Principles
| This solution variant addresses bullets 2 of Key Issue 5.
Solution proposals 1, 8, 12, 17, 20, 23, 24, 29, 33, 35, 36, 42, 46 of Annex C.5, Table C.5-1, are used as a basis for defining this solution.
The key principles proposed by this solution variant are:
- A new type of configuration for a QoS flow is proposed ... |
fcf00dbf2301bc1e78448d06d0e070aa | 23.801-01 | 6.5.4.1 Description
| The main principles of this solution variant are:
- The new configuration for the QoS flow is characterised by multiple QoS requirements which are provided to the 6G RAN, UE and 6G UPF. The multiple QoS requirements may be defined by:
- Option 1: A range of values for QoS parameters (e.g. min-max PDB as a range) for ... |
fcf00dbf2301bc1e78448d06d0e070aa | 23.801-01 | 6.5.4.2 Procedures
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fcf00dbf2301bc1e78448d06d0e070aa | 23.801-01 | 6.5.4.3 Services, Entities and Interfaces
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fcf00dbf2301bc1e78448d06d0e070aa | 23.801-01 | 6.5.4.4 Issues
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fcf00dbf2301bc1e78448d06d0e070aa | 23.801-01 | 6.5.5 Solution variant #5.5: Supporting dynamic QoS requirement by using multiple QoS flows
| |
fcf00dbf2301bc1e78448d06d0e070aa | 23.801-01 | 6.5.5.0 Topics addressed and High-level Solution Principles
| This solution variant addresses bullets 2 of Key Issue 5.
Solution proposals 24, 28, 46, 49 of Annex C.5, Table C.5-1, are used as a basis for defining this solution variant.
The key principles proposed by this solution variant are:
- Multiple QoS Flows are associated for a single service data flow.
- The 6G UE de... |
fcf00dbf2301bc1e78448d06d0e070aa | 23.801-01 | 6.5.5.1 Description
| The main procedure is:
- Based on the 6G PCF PCC Rules, a service data flow is associated with multiple/alternative QoS flows and UE and 6G UPF are provisioned with rules accordingly. The multiple QoS flows are associated with a service data flow identified by one packet filter.
- In the uplink the UE determines the ... |
fcf00dbf2301bc1e78448d06d0e070aa | 23.801-01 | 6.5.5.2 Procedures
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fcf00dbf2301bc1e78448d06d0e070aa | 23.801-01 | 6.5.5.3 Services, Entities and Interfaces
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fcf00dbf2301bc1e78448d06d0e070aa | 23.801-01 | 6.5.5.4 Issues
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fcf00dbf2301bc1e78448d06d0e070aa | 23.801-01 | 6.5.6 Solution variant #5.6: Enhanced UE/NW QoS collaboration via a collaboration layer between UE/application and UPF via user plane signalling
| |
fcf00dbf2301bc1e78448d06d0e070aa | 23.801-01 | 6.5.6.0 Topics addressed and High-level Solution Principles
| This solution variant addresses bullet 4 of Key Issue 5.
Solution proposals 2, 6, 9, 10, 14, 21, 31, 37, 41, 45, 46, 47, 51, 53 of Annex C.5, Table C.5-1, are used as a basis for defining this solution variant.
The key principles proposed by this solution variant are:
- UE/application and 6G UPF use an additional u... |
fcf00dbf2301bc1e78448d06d0e070aa | 23.801-01 | 6.5.6.1 Description
| The main principles of this solution variant are:
- The collaboration layer between the UE/application and 6G UPF may be based on:
- Option 1: On-path signalling methods (e.g. Connect-UDP, MoQ).
- Option 2: Using the PMF protocol as described in clause 5.32.5 3GPP TS 23.501 with the necessary enhancements to support... |
fcf00dbf2301bc1e78448d06d0e070aa | 23.801-01 | 6.5.6.2 Procedures
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fcf00dbf2301bc1e78448d06d0e070aa | 23.801-01 | 6.5.6.3 Services, Entities and Interfaces
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fcf00dbf2301bc1e78448d06d0e070aa | 23.801-01 | 6.5.6.4 Issues
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fcf00dbf2301bc1e78448d06d0e070aa | 23.801-01 | 6.5.7 Solution variant #5.7: Enhanced QoS collaboration based on enhanced control plane signalling functionality
| |
fcf00dbf2301bc1e78448d06d0e070aa | 23.801-01 | 6.5.7.0 Topics addressed and High-level Solution Principles
| This solution variant addresses bullet 4 of Key Issue 5.
Solution proposals 12, 50, 52 of Annex C.5, Table C.5-1, are used as a basis for defining this solution.
The key principles proposed by this solution variant are:
- UE exchanges QoS related information with the 6G core network using enhanced control plane sig... |
fcf00dbf2301bc1e78448d06d0e070aa | 23.801-01 | 6.5.7.1 Description
| The main principles of this solution variant are:
- UE provides additional QoS requirements or traffic characteristics to the core network via control plane signalling that is exchanged between the UE and the 6G SMF.
- The UE may include additional QoS requirements to allow signalling of individual QoS parameters/cha... |
fcf00dbf2301bc1e78448d06d0e070aa | 23.801-01 | 6.5.7.2 Procedures
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fcf00dbf2301bc1e78448d06d0e070aa | 23.801-01 | 6.5.7.3 Services, Entities and Interfaces
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fcf00dbf2301bc1e78448d06d0e070aa | 23.801-01 | 6.5.7.4 Issues
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fcf00dbf2301bc1e78448d06d0e070aa | 23.801-01 | 6.5.8 Solution variant #5.8: NW/DN QoS collaboration via user plane signalling
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fcf00dbf2301bc1e78448d06d0e070aa | 23.801-01 | 6.5.8.0 Topics addressed and High-level Solution Principles
| This solution variant addresses bullet 4 of Key Issue 5.
Solution proposals 21, 41 of Annex C.5, Table C.5-1, are used as a basis for defining this solution variant
The key principles proposed by this solution variant are to allow QoS collaboration between the network (6G UPF) and the application server in the DN vi... |
fcf00dbf2301bc1e78448d06d0e070aa | 23.801-01 | 6.5.8.1 Description
| The main principles of this solution variant is that the 6G UPF and the Application Server at DN use a collaboration layer over N6 to exchange additional information. The collaboration layer may be based on:
- On path signalling methods (e.g. Connect UDP).
- Using IETF SCONE.
The information provided via the collabo... |
fcf00dbf2301bc1e78448d06d0e070aa | 23.801-01 | 6.5.8.2 Procedures
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fcf00dbf2301bc1e78448d06d0e070aa | 23.801-01 | 6.5.8.3 Services, Entities and Interfaces
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fcf00dbf2301bc1e78448d06d0e070aa | 23.801-01 | 6.5.8.4 Issues
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fcf00dbf2301bc1e78448d06d0e070aa | 23.801-01 | 6.6 Solutions to KI#6
| 6.6.0 Mapping of bullets to solution variance
Table 6.6.0-1: Summary of solution variants
Bullet 1a (Simplification of Policy framework)
Comments
1
Converge of Policy framework for AM and UE policies
6.1, 6.2
2
Converged PCF and convergence of Policy Association and context across policy types
6.2
Bull... |
fcf00dbf2301bc1e78448d06d0e070aa | 23.801-01 | 6.6.0 Mapping of bullets to solution variance
| Table 6.6.0-1: Summary of solution variants
Bullet 1a (Simplification of Policy framework)
Comments
1
Converge of Policy framework for AM and UE policies
6.1, 6.2
2
Converged PCF and convergence of Policy Association and context across policy types
6.2
Bullet 1b (Request and Delivery of UE policies)
1
... |
fcf00dbf2301bc1e78448d06d0e070aa | 23.801-01 | 6.6.1 Bullet 1a: Solution variant #6.1: Convergence of Policy Association
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fcf00dbf2301bc1e78448d06d0e070aa | 23.801-01 | 6.6.1.0 Topics addressed and High-level Solution Principles
| This solution variant addresses KI#6, bullet 1a and is extracted from Solutions #1, #2, #3, #5 of Annex C.6, Table C.6-1.
Following are the high-level solution principles that are proposed:
1. Enable operators to have single PCF for AM and UE policies and have only one association for a UE from the Access and Mobili... |
fcf00dbf2301bc1e78448d06d0e070aa | 23.801-01 | 6.6.1.1 Description
| Editor's note: FFS.
|
fcf00dbf2301bc1e78448d06d0e070aa | 23.801-01 | 6.6.1.2 Procedures
| Editor's note: FFS.
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fcf00dbf2301bc1e78448d06d0e070aa | 23.801-01 | 6.6.1.3 Services, Entities and Interfaces
| Editor's note: FFS.
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fcf00dbf2301bc1e78448d06d0e070aa | 23.801-01 | 6.6.1.4 Issues
| 1. How (for example number of messages and PSI and the containers) to deliver the UE policies to the UE during the registration procedures.
2. IWK aspects needs to align.
Editor's note: How the UE policy containers are delivered to the UE as part of the NAS container, will be aligned with KI#1.1 and KI#1.2.
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fcf00dbf2301bc1e78448d06d0e070aa | 23.801-01 | 6.6.2 Bullet 1a: Solution variant #6.2: Converged PCF and convergence of Policy Association and context across policy types
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fcf00dbf2301bc1e78448d06d0e070aa | 23.801-01 | 6.6.2.0 Topics addressed and High-level Solution Principles
| This solution variant addresses KI#6, bullet 1a and is extracted from Solutions #3, #4, #5 of Annex C.6, Table C.6-1.
Following are the high-level solution principles that are proposed:
1. This solution considers all the bullets from 6.6.1.0 and additionally
a. Enable operators to deploy the same PCF for AM, UE an... |
fcf00dbf2301bc1e78448d06d0e070aa | 23.801-01 | 6.6.2.1 Description
| Editor's note: FFS.
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fcf00dbf2301bc1e78448d06d0e070aa | 23.801-01 | 6.6.2.2 Procedures
| Editor's note: FFS.
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fcf00dbf2301bc1e78448d06d0e070aa | 23.801-01 | 6.6.2.3 Services, Entities and Interfaces
| Editor's note: FFS.
|
fcf00dbf2301bc1e78448d06d0e070aa | 23.801-01 | 6.6.2.4 Issues
| 1. How (for example number of messages and PSI and the containers) to deliver the UE policies to the UE during the registration procedures.
Editor's note: How the UE policy containers are delivered to the UE as part of the NAS container, will be aligned with KI#1.1 and KI#1.2.
2. IWK aspects needs to align.
3. Lif... |
fcf00dbf2301bc1e78448d06d0e070aa | 23.801-01 | 6.6.3 Bullet 1b: Solution variant #6.3: UE request for UE policies with UE determined parameters
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fcf00dbf2301bc1e78448d06d0e070aa | 23.801-01 | 6.6.3.0 Topics addressed and High-level Solution Principles
| This solution variant addresses KI#6, bullet 1b and is extracted from Solutions #7, #8, #9, #10, #12, #23 of Annex C.6, Table C.6-1.
Following are the high-level solution principles that are proposed:
Editor's note: This solution proposes aspects of URSP/ANDSP, and this is dependent on KI#3/KI#11. Whether URSP/ANDS... |
fcf00dbf2301bc1e78448d06d0e070aa | 23.801-01 | 6.6.3.1 Description
| Editor's note: FFS.
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fcf00dbf2301bc1e78448d06d0e070aa | 23.801-01 | 6.6.3.2 Procedures
| Editor's note: FFS.
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fcf00dbf2301bc1e78448d06d0e070aa | 23.801-01 | 6.6.3.3 Services, Entities and Interfaces
| Editor's note: FFS.
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fcf00dbf2301bc1e78448d06d0e070aa | 23.801-01 | 6.6.3.4 Issues
| 1. Section 6.6.3.0 and sub sections of 6.6.3.1 does not indicate the relevance to bullet 2.
Editor's note: Relevance to bullet 2 (user preference) needs to be clarified and updated. FFS.
2. PCF monitoring the conditions and instructing the UE when and for which traffic descriptors re-evaluation is required, thereby... |
fcf00dbf2301bc1e78448d06d0e070aa | 23.801-01 | 6.6.4 Bullet 1b: Solution variant #6.4: UE policy control without UE determined parameters
| |
fcf00dbf2301bc1e78448d06d0e070aa | 23.801-01 | 6.6.4.0 Topics addressed and High-level Solution Principles
| This solution variant addresses KI#6, bullet 1b, 2 and is extracted from Solutions #11 of Annex C.6, Table C.6-1.
Following are the high-level solution principles that are proposed:
1. Network learns the policy types the UE supports by UE indicating it.
2. There is no need for UE to request for UE Policies.
NOTE: ... |
fcf00dbf2301bc1e78448d06d0e070aa | 23.801-01 | 6.6.4.1 Description
| Editor's note: FFS.
|
fcf00dbf2301bc1e78448d06d0e070aa | 23.801-01 | 6.6.4.2 Procedures
| Editor's note: FFS.
|
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