1、CCITT RECflN*M.3LBO 92 m 4862573 0579008 2TL m INTERNATIONAL TELECOMMUNICATION UNION CCITT THE INTERNATIONAL TELEGRAPH AND TELEPHONE CONSULTATIVE COMMITTEE MAINTENANCE: TELECOMMUNICATIONS MANAGEMENT NETWORK M.3180 (1 0/92) CATALOGUE OF TMN MANAGEMENT INFORMATION Recommendation M.3180 CCITT RECMN*M.3
2、LBO 92 H 4862533 0579009 138 H FOREWORD The CCITT (the International Telegraph and Telephone Consultative Committee) is a permanent organ of the International Telecommunication Union (ITU). CCITT is responsible for studying technical, operating and tariff questions and issuing Recommendations on the
3、m with a view to standardizing telecommunications on a worldwide basis. The Plenary Assembly of CCIT which meets every four years, establishes the topics for study and approves Recommendations prepared by its Study Groups. The approval of Recommendations by the members of CCITT between Plenary Assem
4、blies is covered by the procedure laid down in CCITT Resolution No. 2 (Melbourne, 1988). Recommendation M.3180 was prepared by Study Group IV and was approved under the Resolution No. 2 procedure on the 5th of October 1992. CCIT NOTE In this Recommendation, the expression “Administration” is used fo
5、r conciseness to indicate both a telecommunication administration and a recognized private operating agency. o ITU 1993 All rights reserved. No part of this publication may be reproduced or utilized in any form or by any means, electronic or mechanical, including photocopying and microfilm, without
6、permission in writing from the ITU. CCITT RECMN*M=3LBO 92 D 4862593 0579010 95T CONTENTS Puge . 1 1 Introduction 2 Definitions 1 3 Catalogue overview . B 2 Techniques for specifying management information 2 Relationships ainong CCITT management information Recommendations 5. I Generic Network Inform
7、ation Model 2 5.2 Manageinent information for switching aiid signalling equipment 2 Management information for transmission equipment . 5.4 Management information for OS1 . 3 Management information for modems . 4 5 2 5.3 3 5.5 6 Managernent information supporting telecominunication network resources
8、. . 6. I Network fragment . 6.2 Managed element fragment . 6.3 Termination point fragment 6.5 Cross-connection fragment . Management information supporting protocol machine resources 6.4 Transmission fragment 7 7.1 OS1 Protocols 7.2 ISDN Protocols . 7.3 ss7 Protocols 3 3 3 3 6 6 6 6 6 6 8 Management
9、 information supporting functional areas 6 8.1 Common . 7 8.2 Fault management 7 8.3 Performance managemeot . 7 8.4 Configuration management . 7 8.5 Accounting management 7 8.6 Security management 7 Annex A - Alphabetical index of management information Annex B - Inheritance Relationships 7 11 Recom
10、mendation M.3180 (10D2) 1. CCITT RECMN*M=3180 92 m 4862571 0579011 896 m Recommendation M.3180 CATALOGUE OF TMN MANAGEMENT INFORMATION (i 992) A bstruct This Recommendation is one of a series of Recommendations on the Telecommunications Management Network (TMN). It defines the scope of TMN managemen
11、t information, identifies related specification techniques, describes the relationships among CCITT Recommendations defining management information, and references definitions of currently available management information. Keywords - fragment; - managed object; - model; - OS1 management; - resource.
12、 1 Introduction This Recommendation provides a catalogue of TMN management information involved in communications across the TMN interfaces defined in Recommendation M.3010 i. It does not define these management information, but rather identifies each by name and points to the Recommendation which c
13、ontains its definition. The purpose of the Recommendation is to provide a “roadmap” to assist the reader in identifying the source of TMN management information. It also provides a listing of documents describing techniques and guidelines available to assist in the uniform definition of management i
14、nformation. For the purposes of this Recommendation, management information includes managed object classes, attributes, name bindings, conditional packages, actions, notifications and behaviours as described in Recommenda- tion X.722 2, the Guidelines for the Definition of Managed Objects (GDMO). O
15、nly managed object classes are identified initially. 2 Defimitions This Recommendation depends on the definitions of the following terms from Recommendations X.701 3 and X.722 2: managed object class, management support object, attributes, name bindings, conditional packages, actions, and notificati
16、ons. 3 Catalogue overview This section provides a summary of the information contained in the remaining sections of this Recommendation. Section 4 contains a list of references to key documents which describe techniques for specifying management information as they apply to the TMN. Section 5 lists
17、the associated CCIT management information documents and describes the relationships among them. Section 6 lists management information related to Recommendation M.3100 4, the Generic Network Information Model (GNIM), and is categorized according to five fragments. GNIM extensions defined in other R
18、ecommendations are also included. Recommendation M.3180 (10B2) 1 CCITT RECMN*M.3380 92 4862573 0579012 722 = Section 7 lists management information associated with protocol machine resources. Section 8 lists management information required to support common and specific functional areas. Annex A pro
19、vides an alphabetical index of management information Annex B identifies the superclasses of managed object classes in $0 6,7, and 8. 4 Techniques for specifying management information The Recommendations listed in this section describe the techniques which bave been used in specifying TMN managemen
20、t information. The following four CCIT/ISO texts from OS1 Management are broad in scope and are provided to encourage consistency between managed object definitions. Recommendation X.701 IS0 100401 Recommendation X.720 IS0 10165-11 Recommendation X.721 IS0 10165-21 Systems Management Overview; Manag
21、ement Information Model; Definition of Management Information; Recommendation X.722 IS0 1016541 Guidelines for the Definition of Managed Objects. In addition the following two Recommendations provide guidelines for specifying management information specific to the TMN management area. Recommendation
22、 M.3020 (TMN methodology); Recommendation Q.8 (Switching and signalling methodology). 5 Relationships among CCK management information Recommendations 5.1 Generic Network Information Model The Generic Network Information Model (GNIM) defined in Recommendation M.3100 4 reflects the common elements fr
23、om the many telecommunication resources within the scope of TMN. A generic telecommunications network information model is essential to the generation of uniform fault, configuration, performance, security, and accounting management standards. A common network model, identifying the generic resource
24、s that exist in a network and their associated attribute types, events, actions, and behaviours, provides a foundation for understanding the interrelationships between these resources and attributes, and may, in turn, promote uniformity in dealing with the various aspects of managing these resources
25、 and attributes. 5.2 Management information for switching and signalling equipment The GNIM is expected to be refined by subclassing and extended in a non-generic manner in Recommen- dation Q.8 10 5 to cover specific requirements for switching and signalling equipment. The management information for
26、 CCSS No. 7 protocol machine resources will be specified in draft Recommendation Q.75 1. The management information for ISDN is expected to be produced in the near future. 5.3 Munugement information for transmission equipment The GNIM is refined by subclassing and extended in a non-generic manner in
27、 Recommendation G.774 6 to cover specific requirements for SDH transmission equipment. Plans also exist to cover PDH transmission equipment. 2 Recommendation M.3180 (10B2) CCITT RECNN*Nm31BO 92 4Bb2591 0579013 bb9 H 5.4 Munugement informution for OS1 The OS1 Management Information described in Recom
28、mendation X.721 7 IS0 10165-21 primarily supports the management of the OS1 protocol layers an$ is also available to complement other management information definitions. The management information for OS1 protocol layers are expected to be specified in X-Series Recommendations. 5.5 Munugement inform
29、ution for modems The management information for V-Series DCEs is under study. 6 Management information supporting telecommunication network resources The following sections identify and categorize the TNM managed object classes supporting telecom network resources. Unless stated to the contrary, the
30、ir definitions are found in Recommendation M.3 100 4. Note - The need for a Service Fragment is for further study. 6. I Network fragment Network 6.2 Munuged element fragment Equipment Managed Element Software The following managed object class is specified in Recommendation G. 774 6: SDH Network Ele
31、ment 6.3 Teminution point frugmen Connection Termination Point Bidirectional Connection Termination Point Sink Connection Termination Point Source Termination Point Trail Termination Point Bidirectional Trail Termination Point Sink Trail Termination Point Source The following managed object classes
32、are specified in Recommendation G. 774 6: Administrative Unit 3 Connection Termination Point Bidirectional Administrative Unit 3 Connection Termination Point Sink Administrative Unit 3 Connection Termination Point Source Administrative Unit 4 Connection Termination Point Bidirectional Administrative
33、 Unit 4 Connection Termination Point Sink Administrative Unit 4 Connection Termination Point Source Recommendation M.3180 (1 0192) 3 CCITT RECMN*!.33BO 92 = 48b2593 0579034 5T5 D Administrative Unit Group Bidirectional Administrative Unit Group Sink Administrative Unit Group Source Electrical SPI Tr
34、ail Termination Point Bidirectional Electrical SPI Trail Termination Point Sink Electrical SPI Trail Termination Point Source Indirect Adaptor Bidirectional Indirect Adaptor Sink Indirect Adaptor Source Multiplex Section Connection Termination Point Bidirectional Multiplex Section Connection Termina
35、tion Point Sink Multiplex Section Connection Termination Point Source Multiplex Section Data Communications Channel Connection Termination Point Bidirectional Multiplex Section Data Communications Channel Connection Termination Point Sink Multiplex Section Data Communications Channel Connection Term
36、ination Point Source Multiplex Section Orderwire Connection Termination Point Bidirectional Multiplex Section Orderwire Connection Termination Point Sink Multiplex Section Orderwire Connection Termination Point Source Multiplex Section Trail Termination Point Bidirectional Multiplex Section Trail Te
37、rmination Point Sink Multiplex Section Trail Termination Point Source Optical SDH Physical Interface Trail Termination Point Bidirectional Optical SDH Physical Interface Trail Termination Point Sink Optical SDH Physical Interface Trail Termination Point Source Regenerator Section Connection Terminat
38、ion Point Bidirectional Regenerator Section Connection Termination Point Sink Regenerator Section Connection Termination Point Source Regenerator Section Data Communications Channel Connection Temination Point Bidirectional Regenerator Section Data Communications Channel Connection Termination Point
39、 Sink Regenerator Section Data Communications Channel Connection Termination Point Source Regenerator Section Orderwire Connection Termination Point Bidirectional Regenerator Section Orderwire Connection Termination Point Sink Regenerator Section Orderwire Connection Termination Point Source Regener
40、ator Section Trail Termination Point Bidirectional 4 Recommendation M.3180 (10B2) CCITT RECMN*M.3380 92 = 4862593 0579035 433 = Regenerator Section Trail Termination Point Sink Regenerator Section Trail Termination Point Source Regenerator Section User Channel Connection Termination Point Bidirectio
41、nal Regenerator Section User Channel Connection Termination Point Sink Regenerator Section User Channel Connection Termination Point Source Tributary Unit 2 Connection Termination Point Bidirectional Tributary Unit 2 Connection Termination Point Sink Tributary Unit 2 Connection Termination Point Sou
42、rce Tributary Unit 3 Connection Termination Point Bidirectional Tributary Unit 3 Connection Termination Point Sink Tributary Unit 3 Connection Termination Point Source Tributary Unit 11 Connection Termination Point Bidirectional Tributary Unit 11 Connection Termination Point Sink Tributary Unit 11 C
43、onnection Termination Point Source Tributary Unit 12 Connection Termination Point Bidirectional Tributary Unit 12 Connection Termination Point Sink Tributary Unit 12 Connection Termination Point Source Tributary Unit Group 2 Bidirectional Tributary Unit Group 2 Sink Tributary Unit Group 2 Source Tri
44、butary Unit Group 3 Bidirectional Tributary Unit Group 3 Sink Tributary Unit Group 3 Source VC-n User Channel Connection Termination Point Bidirectional VC-n User Channel Connection Termination Point Sink VC-n User Channel Connection Termination Point Source Virtual Container 2 Trail Termination Poi
45、nt Bidirectional Virtual Container 2 Trail Termination Point Sink Virtual Container 2 Trail Termination Point Source Virtual Container 3 Trail Termination Point Bidirectional Virtual Container 3 Trail Termination Point Sink Virtual Container 3 Trail Termination Point Source Virtual Container 4 Trail
46、 Termination Point Bidirectional Recommendation M.3180 (10/92) 5 CCITT RECMNUM.3L8O 92 W 4862571 05770Lb 378 Virtual Container 4 Trail Termination Point Sink Virtual Container 4 Trail Termination Point Source Virtual Container 11 Trail Termination Point Bidirectional Virtual Container 11 Trail Termi
47、nation Point Sink Virtual Container 1 1 Trail Termination Point Source Virtual Container 12 Trail Termination Point Bidirectional Virtual Container 12 Trail Termination Point Source Virtual Container 12 Trail Termination Point Sink 6.4 Transmission fragment Connection Connectivity Trail 6.5 Cross-co
48、nnection fragment Cross-connection Fabric Group Termination Point Multipoint Cross-connection Named Cross-connection Named Multipoint Cross-connection Termination Point Pool 7 Management information supporting protocol machine resources The following sections identify the managed object classes supp
49、orting protocol machine resources. 7.1 OSI Protocols 7.2 ISDN Protocols 7.3 SS7 Protocols 8 Management information supporting functional areas The following sections identify managed object classes supporting the TMN functional areas defined in Recommendation M.3400 8. Managed object classes common to these functional areas are also identified. These managed objects are also called management support objects. 6 Recommendation M.3180 (10192) CCITT RECMN*M*3LBO 92 48b2591 0579037 2OV 8.1 Common The following management support objects are specified in Recomme
