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TS 22.101  SA1 ★
Service Principles

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V14.9.0  2017/12  99 p.
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V12.6.0  2014/12  70 p.
V11.10.0  2014/12  68 p.
V10.12.0  2014/12  62 p.
V9.13.0  2014/12  61 p.
V8.15.0  2012/09  55 p.
V7.12.0  2009/03  48 p.
V6.12.0  2007/06  43 p.
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V4.10.0  2004/03  37 p.
V3.17.0  2004/03  36 p.
Rapporteur:  Mr. Deol, Amar
This TS describes the Service Principles for PLMNs specified by 3GPP.
3GPP specifications provide integrated personal communications services. The system will support different applications ranging from narrow-band to wide-band communications capability with integrated personal and terminal mobility to meet the user and service requirements of the 21st century.
3GPP specifications allow the realisation of a new generation of mobile communications technology for a world in which personal communications services should allow person-to-person calling, independent of location, the terminal used, the means of transmission (wired or wireless) and the choice of technology. Personal communication services should be based on a combination of fixed and wireless/mobile services to form a seamless end-to-end service for the user.
3GPP specifications should be in compliance with the following objectives:
  1. to provide a single integrated system in which the user can access services in an easy to use and uniform way in all environments;
  2. to allow differentiation between service offerings of various serving networks and home environments;
  3. to provide a wide range of telecommunications services including those provided by fixed networks and requiring user bit rates of up to 100 Mbit/s as well as services special to mobile communications. These services should be supported in residential, public and office environments and in areas of diverse population densities. These services are provided with a quality comparable with that provided by fixed networks such as ISDN and fixed broadband Internet access;
  4. to provide services via hand held, portable, vehicular mounted, movable and fixed terminals (including those which normally operate connected to fixed networks), in all environments (in different service environments - residential, private domestic and different radio environments) provided that the terminal has the necessary capabilities;
  5. to provide support of roaming users by enabling users to access services provided by their home environment in the same way even when roaming.
  6. to provide audio, data, video and particularly multimedia services;
  7. to provide for the flexible introduction of telecommunication services;
  8. to provide within the residential environment the capability to enable a pedestrian user to access all services normally provided by fixed networks;
  9. to provide within the office environment the capability to enable a pedestrian user to access all services normally provided by PBXs and LANs;
  10. to provide a substitute for fixed networks in areas of diverse population densities, under conditions approved by the appropriate national or regional regulatory authority.
  11. to provide support for interfaces which allow the use of terminals normally connected to fixed networks.

full Table of Contents for  TS 22.101  Word version:   17.1.0

Here   Top
1  Scope  Word-p. 9
2  References
2.1  Normative references  Word-p. 10
2.2  Informative references [R8]  Word-p. 12
3  Definitions and abbreviations  Word-p. 13
3.1  Definitions [R5]
3.2  Abbreviations  Word-p. 14
4  General  Word-p. 15
4.1  Aims of 3GPP specifications
4.2  Standardisation of Service Capabilities
4.2.1  Provision of service capabilities in shared networks [R6]  Up
4.3  Efficient Use of Network Resources
4.3.1  Network Traffic Patterns [R10]
4.3.2  Mass Simultaneous Registration [R10]  Word-p. 16
4.3.3  Radio Interface [R10]
4.3.4  Real-time Resource Usage [R10]
4.3.5  Selected IP Traffic Offload (SIPTO) for PS Domain only [R10]
4.3.5.1  Common Requirements for SIPTO in the Mobile Operator Network and SIPTO at the Local Network
4.3.5.2  Requirements for SIPTO in the Mobile Operator Network [R11]  Word-p. 17
4.3.6  Paging policy selection for LTE [R14]  Word-p. 18
4.4  Compatibility with Global Standards  Up
4.5  Void
4.6  Functionality of Serving Network and Home Environment
4.7  PLMN Architecture  Word-p. 19
4.8  Interworking Between PLMN and Wireless LANs [R6]
4.9  Network Sharing [R6]
4.10  The Evolved Packet System [R8]
4.11  User Data Convergence [R9]
4.11.1  Introduction
4.11.2  Management of user data  Word-p. 20
4.11.3  User Data Modelling
5  Evolution  Word-p. 22
5.1  Support of 2G services
5.2  Provision and evolution of services
6  Classification of services  Word-p. 23
7  Principles for new service capabilities  Word-p. 24
7.1  General [R5]
7.2  Multimedia [R5]
7.2.1  Circuit Switched (CS) multimedia calls
7.2.2  IP multimedia (IM) sessions  Word-p. 25
7.2.3  Multimedia Messaging Service (MMS)
7.2.4  Real-Time Text Conversation  Word-p. 26
7.2.5  Packet Switched Streaming Service
7.3  Service Management Requirements [R5]
7.4  Automatic Device Detection [R6]
8  Service architecture  Word-p. 27
9  Quality of Service (QoS)  Word-p. 28
10  Emergency Calls  Word-p. 29
10.1  General requirements [R4]
10.1.1  Identification of emergency numbers [R6]  Word-p. 30
10.1.2  Domains priority and selection for UE attempts to emergency call [R6]  Word-p. 31
10.1.2.1  Voice and GTT only [R11]  Up
10.1.2.2  Other media [R11]
10.1.3  Call-Back Requirements [R7]
10.2  Emergency calls in the CS CN Domain [R4]
10.3  Emergency Calls in the PS CN Domain [R4]  Word-p. 32
10.4  Emergency calls in the IM CN subsystem [R4]
10.4.1  General [R11]
10.4.2  IMS Multimedia Emergency Sessions [R11]  Word-p. 33
10.4.2.1  General
10.4.2.2  UE Requirements  Word-p. 34
10.4.2.3  Originating Network Requirements  Up
10.5  Void
10.6  Location Availability for Emergency Calls [R7]  Word-p. 35
10.7  Transfer of data during emergency calls [R7]
10.8  Supplementary service interaction during emergency calls [R8]  Word-p. 36
10.9  Emergency Calls in a MUSIM UE [R17]
10.10  Emergency Services over Non-public networks [R17]
11  Numbering principles  Word-p. 37
11.1  Number portability [R5]
11.1.1  Requirements for CS CN domain
11.1.2  Requirements for PS CN domain
11.1.3  Requirements for IM CN subsystem  Up
11.2  Evolution path [R5]
11.3  Void
11.4  Void
11.5  Void
11.6  Private numbering [R5]  Word-p. 38
11.7  Numbering schemes [R5]
11.7.1  Multiple numbering scheme
11.7.2  Single numbering scheme
11.7.3  Additional numbers [R11]
11.8  Optimal routing [R5]
11a  Identification Requirements [R5]  Word-p. 39
11a.1  Subscriber Identification
11a.2  Terminal Identification  Up
11a.3  Home Environment / Serving Network Identification
11a.4  Serving Environment / Mobile Virtual Network Identification [R8]
12  Human Factors and user procedures  Word-p. 40
13  UICC, USIM and Terminal  Word-p. 41
13.1  The USIM/ISIM and User Profiles [R5]
13.1.1  The USIM
13.1.2  User Profiles
13.1.3  UICC usage in GERAN only Terminals  Word-p. 42
13.1.4  Multiple USIMs per UICC
13.1.5  The ISIM  Up
13.2  The UICC [R5]
13.2.1  The UICC and Applications other than the USIM or ISIM
13.2.1a  UICC applications and IMS [R10]  Word-p. 43
13.2.2  Fast Access and Retrieval of Data from UICC [R7]
13.3  Terminals and Multiple UICCs [R5]
13.4  Multiple USIMs [R17]
14  Types of features of UEs  Word-p. 44
15  Relationship between subscription and service delivery  Word-p. 45
15.1  Subscription [R5]
15.2  Other concepts associated with services [R5]  Word-p. 46
15.3  Requirements concerning service delivery [R5]
15.3.1  Mobile Originated Voice calls [R7]  Word-p. 47
15.3.2  Mobile Terminated Voice calls [R7]
16  Charging principles  Word-p. 48
17  Roaming  Word-p. 49
17.1  Assumptions [R5]
17.2  Principle [R5]
17.3  Requirements [R5]
18  Handover Requirements [R5]  Word-p. 51
19  Network Selection [R5]  Word-p. 52
20  Security [R5]  Word-p. 53
21  Voice Call Continuity [R7]  Word-p. 54
21.1  General
21.2  Support of Supplementary Services
21.2.1  Line Identification Services
21.2.2  All Call Forwardings
21.2.3  Call Waiting  Word-p. 55
21.2.4  Call Hold [R8]
21.2.5  Multiparty
21.2.6  All Call Barrings  Up
21.2.7  Void
21.2.8  Void
21.2.9  All other Supplementary Services
21.3  Quality of Service
21.4  Security
21.5  Emergency calls
21.6  Charging  Word-p. 56
21.7  VCC Activation
22  IMS Centralized Services [R8]  Word-p. 57
22.1  General
22.2  Service Consistency
22.3  Service Continuity  Up
22.4  IMS Services
22.5  Roaming Support
23  CS IP interconnection requirements [R8]  Word-p. 59
23.1  Introduction
23.2  IP interconnect
23.3  MSC server interconnect
24  Service Alignment and Migration [R9]  Word-p. 60
24.1  Introduction
24.2  Alignment of supplementary services settings
25  System optimisation for communication with specific characteristics [R11]  Word-p. 62
25.1  Void
25.2  Numbering Resource Efficiency
25.3  Network provided destination for uplink data
25.4  PS only subscriptions
26  Single Sign-On (SSO) Service [R12]  Word-p. 63
26.1  Requirements
26.1.1  Requirements for the UE
26.1.2  Requirements for a 3GPP SSO Service
26a  User Identity [R16]  Word-p. 64
26a.1  Introduction
26a.2  Requirements  Up
26a.2.1  User Identifiers and user authentication
26a.2.2  Access to services
26a.2.3  User Identity Profile and its User Identities  Word-p. 65
26a.2.4  Operator requirements
26a.2.5  Privacy requirements  Word-p. 66
27  User plane congestion management [R13]  Word-p. 67
27.1  Introduction
27.2  General
27.3  Prioritizing traffic
27.4  Reducing traffic  Up
27.5  Void
28  RAN Sharing Enhancements [R13]  Word-p. 68
28.1  General
28.2  Specific E-UTRAN and NG-RAN Sharing requirements
28.2.1  Allocation of Shared E-UTRAN and NG-RAN resources
28.2.2  OAM Access to the Shared E-UTRAN/NG-RAN  Word-p. 69
28.2.3  Generation and retrieval of usage and accounting information
28.2.4  MDT Collection
28.2.5  PWS support of Shared E-UTRAN/NG-RAN
28.2.6  Support for load balancing  Word-p. 70
28.2.7  Dynamic capacity negotiation  Up
28.3  Specific GERAN and UTRAN Sharing Requirements
28.3.1  Allocation of Shared GERAN or UTRAN Resources
28.3.2  OAM Access to the Shared GERAN or UTRAN  Word-p. 71
28.3.3  Generation and retrieval of usage and accounting information
28.3.4  MDT Collection  Word-p. 72
28.3.5  PWS support of Shared GERAN or UTRAN
28.3.6  Support for load balancing
28.3.7  Dynamic capacity negotiation
29  Service exposure with 3rd party service providers [R13]  Word-p. 73
29.1  General  Up
29.2  Exposed Services and capabilities
30  Flexible Mobile Service Steering [R13]  Word-p. 75
30.1  Introduction
30.2  General Requirements  Word-p. 76
31  Control of traffic from UE-based applications toward associated server [R14]  Word-p. 77
31.1  Description
31.2  Requirements
31.2.1  Control requirements
31.2.2  Requirements on awareness of third party server issue
32  3GPP enhancement for TV application support [R14]  Up
32.1  Feature description
32.2  Requirements  Word-p. 78
32.2.1  General requirements
32.2.2  Requirement for transmission performance enhancement
32.2.3  Requirement for network flexibility  Word-p. 79
32.2.4  Requirement for TV application support
32.2.5  Requirement for RAN sharing  Word-p. 80
32.2.6  Requirement for wide area support
32.2.7  Requirement for capability exposure
32.2.8  Fixed reception for TV services  Up
33  Usage over unlicensed access [R15]  Word-p. 81
33.1  Description
33.2  Requirements
34  Void
34.1  Void
34.2  Void
35  Restricted local operator services [R16]
35.1  Description
35.2  Requirements  Word-p. 82
A (Normative)  Description of optional user equipment features
A.1  Display of called number
A.2  Indication of call progress signals
A.3  Country/PLMN indication  Up
A.4  Service Provider Name indication  Word-p. 83
A.4a  Core Network Operator Name indication [R6]
A.5  Keypad
A.6  Short message indication and acknowledgement  Word-p. 84
A.7  Short message overflow indication
A.8  International access function
A.9  Service Indicator (SI)
A.10  Dual Tone Multi Frequency (DTMF)  Word-p. 85
A.11  On/Off switch
A.12  Sub-Address  Up
A.13  Short Message Service Cell Broadcast
A.14  Short Message Service Cell Broadcast DRX
A.15  Support of the extended Short message cell broadcast channel
A.16  Network Identity and Timezone
A.17  Network's indication of alerting in the UE  Word-p. 86
A.18  Network initiated Mobile Originated (MO) connection  Word-p. 87
A.19  Abbreviated dialling
A.20  Barring of Dialled Numbers
A.21  DTMF control digits separator  Word-p. 88
A.22  Selection of directory number in messages  Up
A.23  Last Numbers Dialled (LND)
A.24  Service Dialling Numbers  Word-p. 89
A.25  Fixed number dialling [R4]
A.26  Message Waiting Indication [R4]  Word-p. 90
A.27  Transfer of eCall Minimum Set of Data (MSD) [R8]
A.27.1  General Requirements [R14]
A.27.2  Requirements for the transfer of eCall MSD in a TS12 call [R14]  Word-p. 91
A.27.3  Requirements for the transfer of eCall data in an IMS emergency call [R14]
A.27.4  Interworking requirements [R14]
A.27.5  Domain selection [R14]  Up
A.28  Requirements for "In Case of Emergency" (ICE) information [R8]  Word-p. 92
B  Additional number use case [R11]  Word-p. 94
C  Change history  Word-p. 95

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