I-ETS 300 653 : MAY 96

Foreword
Introduction
1 Scope
2 Normative references
3 Definitions and abbreviations
  3.1 Definitions
  3.2 Abbreviations
4 General description of the class library
5 Functional architecture
6 User guide to the network level view class library
  6.1 Introduction
  6.2 Relationship to ITU-T Recommendation M.3100
  6.3 Modelling technique
  6.4 Using the TMN methodology
  6.5 Documenting the model
7 Normative requirements
  7.1 Modelling goals
  7.2 Resources
  7.3 Management capabilities
8 Modelling guide to the class library
  8.1 Guidelines
  8.2 Mapping to requirements
  8.3 Representation of relationships
  8.4 Representation of state
  8.5 Message sizes
  8.6 Application notes
  8.7 Modelling of multipoint connections
9 Managed object class library for the network level
  view
  9.1 Managed object class definitions
  9.2 Package definitions
  9.3 Attribute definitions
  9.4 Name bindings
  9.5 Actions
Annex A (normative): Definition of status conditions
         for the network level view
  A.1 Status condition values
Annex B (informative): Description of the modelling
         processes
  B.1 Mapping of requirements to the model
  B.2 Relationships
Annex C (informative): Profiling guide
  C.1 Removal of optionality
  C.2 Application notes
Annex D (informative): Additional candidate class
         definitions
  D.1 Requirements
  D.2 Connectivity classes
Annex E (informative): Representation of multipoint
         connections following ITU-T Recommendation
         I.326
  E.1 Introduction
  E.2 Summary of I.326 model
  E.3 Modelling implications
  E.4 Candidate actions
  E.5 Terminology
Annex F (informative): The ensemble technique
  F.1 Introduction
  F.2 Use of ensembles in ETSI
Annex G (informative): Alternative modelling approach
  G.1 Matrix
  G.2 Connectivity
  G.3 Attribute definitions
  G.4 Package definitions
  G.5 Actions definitions
  G.6 ASN.1 productions
History

Gives generic information model to be used at TMN interfaces and in specialisation for technology specific network models