EG 202 303 : 1.1.1
Current
The latest, up-to-date edition.
CORPORATE TELECOMMUNICATION NETWORKS (CN); USER IDENTIFICATION IN A SIP/QSIG ENVIRONMENT
Hardcopy , PDF
English
Important note : Users cannot be edited or removed once added to your Multi user PDF.
Intellectual Property Rights
Foreword
Brief history
1 Scope
2 References
3 Definitions
4 Abbreviations
5 Background
6 Naming schemes
6.1 The meaning of a name
6.2 Names and users
6.3 Numeric and non-numeric names
6.4 Context of a name
6.5 Allocation of names
6.6 Naming schemes in circuit-switched networks
6.7 Naming schemes in IP networks
6.8 Universal Communications Identifier (UCI)
7 Signalling protocols
8 Overview of naming, numbering and addressing in QSIG
8.1 Numbers as a means of identifying entities
8.2 Numbering plans
8.3 Use of numbers in QSIG
9 Overview of identification in SIP
9.1 URIs as a means of identifying entities
9.2 Use of URIs in SIP
10 Comparison of numbers and non-numeric names for use in SIP
10.1 Numbers in SIP
10.2 Non-numeric names in SIP
10.3 Summary
11 Interworking scenarios
12 Interworking functions
12.1 Converting PISN numbers to URIs
12.2 Converting URIs to PISN numbers
13 Use of ENUM
14 Asserted identity and privacy in SIP
14.1 Overview of asserted identity RFC
14.2 Overview of general privacy RFC
14.3 Applicability to QSIG-SIP interworking
15 Conclusions
Annex A (informative): Mapping between QSIG information elements
and SIP P-Asserted-Identity and Privacy headers
A.1 Mapping QSIG Calling party number information element
to SIP elements
A.2 Mapping QSIG Connected number information element to
SIP elements
A.3 Mapping SIP elements to QSIG Calling party number
information element
A.4 Mapping SIP elements to QSIG Connected number information
element
Annex B (informative): Bibliography
History
Scrutinizes means of identifying or naming users of telephony services within a Corporate telecommunication Network (CN) (also known as an enterprise network). Numeric names (numbers) are used in traditional Private Integrated Services Networks (PISNs) using QSIG as the network signalling protocol.
| Committee |
ECMATC32
|
| DocumentType |
Standard
|
| Pages |
25
|
| PublisherName |
European Telecommunications Standards Institute
|
| Status |
Current
|
| TR 101 326 : 2.0.0 | TELECOMMUNICATIONS AND INTERNET PROTOCOL HARMONIZATION OVER NETWORKS (TIPHON); THE PROCEDURE FOR DETERMINING IP ADDRESSES FOR ROUTEING PACKETS ON INTERCONNECTED IP NETWORKS THAT SUPPORT PUBLIC TELEPHONY |
| EG 201 940 : 1.1.1 | HUMAN FACTORS (HF); USER IDENTIFICATION SOLUTIONS IN CONVERGING NETWORKS |
| ECMA 143 : 4ED 2001 | PRIVATE INTEGRATED SERVICES NETWORK (PISN) - CIRCUIT MODE BEARER SERVICES - INTER-EXCHANGE SIGNALLING PROCEDURES AND PROTOCOL (QSIG-BC) |
| ECMA 155 : 2ED 97 | PRIVATE INTEGRATED SERVICES NETWORKS - ADDRESSING |
| ECMA 164 : 4ED 2001 | PRIVATE INTEGRATED SERVICES NETWORK (PISN) - INTER-EXCHANGE SIGNALLING PROTOCOL - NAME IDENTIFICATION SUPPLEMENTARY SERVICES (QSIG-NA) |
| ECMA 165 : 2001 ERRATA 2002 | PRIVATE INTEGRATED SERVICES NETWORK (PISN) - GENERIC FUNCTIONAL PROTOCOL FOR THE SUPPORT OF SUPPLEMENTARY SERVICES - INTER-EXCHANGE SIGNALLING PROCEDURES AND PROTOCOL (QSIG-GF) |
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