Table of Contents
1Scope
2References
3Termsanddefinitions
4Abbreviations
5Conventions
6LCASforvirtualconcatenation
6.1Methodology
6.2Controlpacket
6.3VCGcapacityincrease(Additionofmember(s))
6.4VCGcapacitydecrease:Member(s)temporaryremovedby
theLCASprocedure(duetofailure)
6.5VCGcapacitydecrease:Removal(permanent)ofmember(s)
6.6LCAStonon-LCASinterworking
6.7Asymmetricconnections
6.8Symmetricconnection
AnnexA-LCASprotocol
A.1LCASprotocol
A.2LCASprotocolpartitioning
A.3Statediagramofmember(i)intheVirtualConcatenated
Group
A.4Proceduresstatediagrams
A.5StatediagramfortheVCG
AppendixI-LCASTimeSequenceDiagrams
I.1Nomenclature
I.2Numberingsystem
I.3Provisioning
I.4Commands
AppendixII-Nonhit-lessbandwidthmodificationsduringHold
Offperiods
II.1Introduction
II.2RemovalofagroupmemberatSource
II.3TSDconditionsraisedwhileperformingADDcommands
II.4EnhancedHOprocedure Abstract
Describes a methodology for dynamically changing (i.e., increasing and decreasing) the capacity of a container that is transported in a generic transport network (e.g., over SDH or OTN network using Virtual Concatenation).
