ITU-T M.3160
Generic, protocol-neutral management information model
| Organization: | ITU-T |
| Publication Date: | 1 November 2008 |
| Status: | active |
| Page Count: | 226 |
scope:
This Recommendation provides a generic network information
model. It identifies TMN object classes that are common to managed
telecommunication networks, or are of a generic type that can be
used to manage a network at a technology-independe
This Recommendation addresses generically the abstractions of those aspects of telecommunication resources (e.g., equipments, telecommunication services) required to manage the network. It also includes the abstractions related to the management services. [b-ITU-T G.805], on the generic functional architecture of the connection-oriented transport network, and [b-ITU-T G.809], on the functional architecture of connectionless layer networks, are used as the basis in developing the transport aspects of this model.
The generic information model provided in this Recommendation follows the [ITU-T M.3020] interface methodology on the analysis phase, and they are developed in a protocol-neutral manner, which can be mapped to multiple protocol-specific information models.
This Recommendation does not address abstractions relevant to
technology-specific areas or implementation-speci
Purpose
Interoperability
There will be a variety of TMN conformant management systems and managed systems concerning many technology-specific areas, such as switching and transmission. One purpose of this Recommendation is to provide a vehicle for management interoperability between such systems.
Technology-independe
By introducing the concept of technology-independe
Facilitating information model development
This Recommendation also provides a framework from which technology-specific information models may be developed.
Field of application
This Recommendation captures the generally applicable
requirements of the technology-independe
Through specialization, this Recommendation is applicable to technology-specific TMN information models. The mechanism for specialization is inheritance.
Even though technology-specific models may be derived from this Recommendation, some of the generic managed object classes in this Recommendation are instantiable in order to provide interoperability between equipment supporting information models derived from this Recommendation and equipment that only supports the information model in this Recommendation.
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