SNMP, SNMPv2, SNMPv3, and RMON 1 and 2

William Stallings is a consultant, lecturer, and author of over a dozen professional reference books and textbooks on data communications and computer networking. His clients have included major corporations and government agencies in the United States and Europe. Three times he has received the Best Computer Science Textbook of the Year award from the Text and Academic Authors Association. Dr. Stallings has designed and implemented both TCP/IP-based and OSI-based protocol suites on a variety of computers and operating systems. He has a Ph.D. in computer science from the Massachusetts Institute of Technology. His cyberspace address is http://www.shore.net/~ws. 0201485346AB04062001

(All chapters, except Chapter 14, conclude with a Summary.)

Preface.


Acknowledgments.


1. Introduction.


Network Management Requirements.



Network Management Systems.



Outline of the Book.



Appendix 1a Internet Resources.

I. NETWORK MANAGEMENT FUNDAMENTALS.

2. Network Monitoring.


Network-Monitoring Architecture.



Performance Monitoring.



Fault Monitoring.



Accounting Monitoring.



Appendix 2a Queueing Theory Concepts.



Appendix 2b Statistical Analysis Concepts.

3. Network Control.


Configuration Control.



Security Control.

II. SNMPV1.

4. SNMP Network Management Concepts.


Background.



Basic Concepts.

5. SNMP Management Information.


Structure of Management Information.



Practical Issues.



Appendix 5a TCP Connection States.

6. Standard MIBs.


MIB-II.



Ethernet Interface MIB.



Appendix 6a Case Diagrams.



Appendix 6b IP Addressing.

7. Simple Network Management Protocol.


Basic Concepts.



Protocol Specification.



Transport-Level Support.



SNMP Group.



Practical Issues.



Appendix 7a Lexicographical Ordering.

III. RMON.

8. Remote Network Monitoring: Statistics Collection.


Basic Concepts.



statistics Group.



history Group.



host Group.



hostTopN Group.



matrix Group.



tokenRing Extensions to RMON.



Appendix 8a EntryStatus Textual Convention.

9. Remote Network Monitoring: Alarms and Filters.


alarm Group.



filter Group.



Packet capture Group.



event Group.



Practical Issues.

10. RMON2.


Overview.



Protocol Directory Group.



Protocol Distribution Group.



Address Map Group.



RMON2 Host Groups.



RMON2 Matrix Groups.



User History Collection Group.



Probe Configuration Group.



Extensions to RMON1 for RMON2 Devices.



Practical Issues.

IV. SNMPV2.

11. SNMPv2: Management Information.


Background.



Structure of Management Information.



Appendix 11a Row-Status Textual Convention.

12. SNMPv2: Protocol.


Protocol Operations.



Transport Mappings.



Coexistence with SNMPv1.

13. SNMPv2: MIBs and Conformance.


SNMPv2 Management Information Base.



Conformance Statements.



Evolution of the Interfaces Group of MIB-II.



Appendix 13a TestAndIncr Textual Convention.

V. SNMPV3.

14. Cryptographic Algorithms in SNMPv3.


Conventional Encryption with DES.



The MD5 Secure Hash Function.



The SHA-1 Secure Hash Function.



Message Authentication with HMAC.

15. SNMPV3: Architecture and Applications.


Background.



SNMPv3 Overview.



SNMP Architecture.



SNMPv3 Applications.



MIBs for SNMPv3 Applications.



Appendix 15a Textual Conventions for the SNMP Management Architecture.

16. SNMPv3: Message Processing and User-Based Security Model.


Message Processing.



The SNMPv3 User-Based Security Model.

17. SNMPv3: View-Based Access Control Model.


The VACM Model.



Access Control Processing.



The VACM MIB.



Appendix 17a The Use of Subtrees and Masks.

Appendices.
Appendix A. The TCP/IP Protocol Suite.


Operation of TCP and IP.



The TCP/IP Layers.



TCP/IP Applications.



User Datagram Protocol.



TCP/IP Standards.

Appendix B. Abstract Syntax Notation One.


Abstract Syntax.



ASN.1 Concepts.



ASN.1 Macro Definitions.



Basic Encoding Rules.



Alternative Encoding Rules.

Glossary.
References.
Index. 0201485346T04062001