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4‑5x
Content for
TR 22.988
Word version: 18.0.1
0…
2…
2
References
3
Definitions, symbols and abbreviations
4
Use cases
5
High level Service Aspects
6
MMI Aspects
7
Charging Aspects
8
Security Aspects
9
Analysis
10
Conclusion
11
Potential requirements for alternatives to E.164 for machine-type communications
A
Additional Definitions (Informative)
$
Change History
2
References
p. 6
3
Definitions, symbols and abbreviations
p. 6
3.1
Definitions
p. 6
3.2
Symbols
p. 6
3.3
Abbreviations
p. 6
4
Use cases
p. 6
4.1
Use case 1 (Wireless Vending Machines)
p. 6
4.1.1
Short Description
p. 6
4.1.2
Actors
p. 7
4.1.3
Pre-Conditions
p. 7
4.1.4
Post-Conditions
p. 7
4.1.5
Normal Flow
p. 7
4.1.6
Alternative Flows
p. 8
4.1.7
Exceptions
p. 8
4.2
Use case 2 (Smart Bridges and Tunnels)
p. 8
4.2.1
Short Description
p. 8
4.2.2
Actors
p. 9
4.2.3
Pre-Conditions
p. 9
4.2.4
Post-Conditions
p. 9
4.2.5
Normal Flow
p. 9
4.2.6
Alternative Flows
p. 10
4.2.7
Exceptions
p. 10
4.3
Use case 3 Implantable Defibrillators
p. 10
4.3.1
Short Description
p. 10
4.3.2
Actors
p. 11
4.3.3
Pre-Conditions
p. 11
4.3.4
Post-Conditions
p. 11
4.3.5
Normal Flow
p. 11
4.3.6
Alternative Flows
p. 12
4.3.7
Exceptions
p. 12
4.4
Use case 4 (Wireless Utility Meters)
p. 12
4.4.1
Short Description
p. 12
4.4.2
Actors
p. 13
4.4.3
Pre-Conditions
p. 13
4.4.4
Post-Conditions
p. 13
4.4.5
Normal Flow
p. 13
4.4.6
Alternative Flows
p. 14
4.4.7
Exceptions
p. 14
4.5
Use case 5 (Wireless Weather Monitors)
p. 14
4.5.1
Short Description
p. 14
4.5.2
Actors
p. 14
4.5.3
Pre-Conditions
p. 14
4.5.4
Post-Conditions
p. 15
4.5.5
Normal Flow
p. 15
4.5.6
Alternative Flows
p. 15
4.5.7
Exceptions
p. 15
5
High level Service Aspects
p. 16
5.1
What are the high level requirements for alternatives to E.164 for machine-type communications?
p. 16
5.1.1
Large capacity
p. 17
5.1.2
Compatibility with existing schemes
p. 17
5.1.3
Impact on existing systems and hardware
p. 17
5.1.4
Provisioning
p. 17
5.1.5
Device Identity Portability
p. 17
5.1.6
Charging
p. 18
5.1.7
Services
p. 18
5.2
What are the security, reliability, and priority handling requirements for alternatives to E.164 for machine-type communications?
p. 18
5.3
Are there any implications due to roaming?
p. 18
5.4
Are there any implications on inter-domain routing?
p. 18
5.5
Are there any implications to hand-over between access networks?
p. 18
6
MMI Aspects
p. 18
7
Charging Aspects
p. 19
8
Security Aspects
p. 19
9
Analysis
p. 19
9.1
MSISDN (E.164) with existing number length
p. 21
9.2
MSISDN (E.164) with max length of 15 digits
p. 21
9.3
E.212 Numbers (IMSI)
p. 21
9.4
Other Numbering Plan Indicator in MAP
p. 22
9.5
Generic Uniform Resource Identifier (URI)
p. 22
9.5.1
SIP Uniform Resource Identifier (URI)
p. 22
9.5.2
TEL Uniform Resource Identifier (URI)
p. 22
9.6
Fully Qualified Domain Name (FQDN)
p. 23
9.7
IPv4 Address
p. 23
9.8
IPv6 Address
p. 23
9.9
Network Access Identifier (NAI)
p. 24
10
Conclusion
p. 24
11
Potential requirements for alternatives to E.164 for machine-type communications
p. 25
A
Additional Definitions (Informative)
p. 26
$
Change History
p. 27