1 Introduction
1.1 Purpose and scope
2
References
3
Definitions, abbreviations and conventions
3.1 Definitions
3.2 Abbreviations
3.3 Conventions
4
General overview
4.1 Entity-relationship
models
4.1.1 Entity-relationship diagram for the
service node
4.1.2 Entity-relationship diagram for the
access network
4.2 Inheritance hierarchy
5
Formal definitions
5.1 Object classes
5.1.1 Profiling notes for imported classes
5.1.2 Definition of classes
5.2 Name bindings
5.2.1 commPathBb-logicalServicePort
5.2.2 logicalServicePort-managedElementR1
5.2.3 logicalUserPort-managedElementR1
5.2.4
tcAdaptorTtpExtension-tcAdaptorTTPBidirectional
5.2.5 vpcLup-uniAccessVb5
5.3 Definition of packages
5.3.1 automaticVpciConsistencyCheckPkg
(automatic VPCI consistency check package)
5.3.2 checkLspIdentificationPkg (check logical
service port identification package)
5.3.3 checkVpciConsistencyPkg (check VPCI
consistency package)
5.3.4 partialAdministrativeStatePkg (partial
administrative state package)
5.3.5 remoteBlockingVb5Pkg (remote blocking VB5
package)
5.3.6 resetRtmcPkg (reset RTMC package)
5.3.7 startupLspPkg (startup logical service
port package)
5.3.8 vpCtpVb5AndVpciPtrListPkg (VP CTP VB5 and
VPCI pointer list package)
5.4 Definition of attributes
5.4.1 commPathBbId
(communications path for broadband identifier)
5.4.2 logicalServicePortId (logical service
port identifier)
5.4.3 logicalServicePortNumber (logical service
port number)
5.4.4
logicalServicePortPtr (logical service port pointer)
5.4.5 logicalUserPortId (logical user port
identifier)
5.4.6 logicalUserPortNumber (logical user port
number)
5.4.7 lspActivationState (logical service port
activation state)
5.4.8 partialAdministrativeState (partial
administrative state)
5.4.9 remoteBlockingReasonVb5 (remote blocking
reason VB5)
5.4.10 remoteBlockingVb5 (remote blocking VB5)
5.4.11 tcAdaptorExtensionId (TC adaptor
extension identifier)
5.4.12 vpcLupId (VPC at logical user port
identifier)
5.4.13 vpcLupNumber (VPC at logical user port number)
5.4.14 vpCtpAndVpciPtrList (VP CTP and VPCI
pointer list)
5.4.15 vpCtpVb5AndVpciPtrList (VP CTP VB5 and
VPCI pointer list)
5.4.16 vpTtpAndVpciPtrList (VP TTP and VPCI
pointer list)
5.5 Definition of
actions
5.5.1 checkLspIdentification (check logical
service port identification)
5.5.2 checkVpciConsistency (check VPCI
consistency)
5.5.3 resetRTMC (reset RTMC)
5.5.4
startupLsp (startup logical service port)
5.6 Definition of notifications
5.6.1
automaticVpciConsistencyCheckInitiated
(automatic VPCI consistency check initiated)
5.6.2 automaticVpciConsistencyCheckResult
(automatic VPCI consistency check result)
5.6.3 resetRtmcResult (reset RTMC Result)
6
Type definitions
7
Protocol stacks
Annex A – Management requirements
A.1 General management requirements
A.1.1 General configuration management
requirements
A.2 Real-time management coordination requirements
A.2.1 Configuration management requirements
A.2.2 Fault management requirements
A.3 Non-real time management requirements
Annex B – Functional architecture
B.1 Functional architecture associated with VB5 reference point
Annex C – Relationship between VB5.1 interfaces and the management model
C.1 Introduction
C.2 LSP, LUP and VPCI labels
C.3 Shutting down
C.4 Blocking and unblocking
C.5 VPCI consistency checking
C.6 Start-up
C.6.1 Activation by OS
C.6.2
Automatic start-up
C.7 LSP identity checking
C.8 RTMC reset
Annex D – State transitions
D.1 State transition table for AN
D.2 State transition table for SN
Appendix I – Bibliography
Appendix II – Clarification of the pointer relationships between the instances