ETR 269 : 20001

Foreword
1 Scope
2 References
3 Abbreviations
4 The Modelling process
  4.1 The transport network architecture to be managed
  4.2 The use of ITU-T Recommendation G.803 to describe the
      transport network resources to be managed
  4.3 The use of ITU-T Recommendation M.3010's TMN concept
  4.4 The functional architecture used to manage the transport
      network
  4.5 The use of a standard class library
  4.6 The modelling methodology
  4.7 The support of multiple managers
  4.8 The management capabilities to be supported
5 The structure of an ensemble
Annex A: Configuration management
      A.1 The provisioning of a layer network and
           characteristic information
      A.2 The provisioning of access points
      A.3 The provisioning of access groups
      A.4 The configuration of access groups
      A.5 The provisioning of connection points
      A.6 The Configuration of connection point groups
      A.7 The provisioning of sub-networks
      A.8 The configuration of sub-networks
      A.9 The setting-up of trails
      A.10 The release of trails
      A.11 The setting-up of tandem connections
      A.12 The release of tandem connections
      A.13 The setting-up of sub-network connections
      A.14 The release of sub-network connections
      A.15 The provisioning of links
      A.16 The configuration of links
      A.17 The provisioning of link connections
      A.18 The release of link connections
      A.19 Viewing functions
Annex B: Introduction to CMISE/CMIP
Annex C: Bibliography
History

Specifies some of the issues, related to the modelling process which should be completed in order to model the network layer of a transmission network, in particular those issues related to the production of interface specifications described in terms of Guidelines for the Definition of Managed Objects (GDMO) templates using the ensemble technique.