Network Management Standards

Here's a detailed examination of the OSI, SNMP, and CMOL network management standards. For anyone who operates a communications system, this one-stop reference explains the framework, major functions, management issues, migration, and implementation problems of each of the OSI, SNMP, and CMOL network management standards in a highly readable, non-technical manner.

A comprehensive introduction to network-management standards. Part I is a survey of network-management technology and techniques. Part II presents the SNMP family of standards, including SNMP itself, secure SNMP, and SNMPv2. An important enhancement of SNMP, known as RMON (remote monitoring) is also

This text is a self-contained balance of theoretical backgrounds and practical aspects of networking. It is designed for senior-level or graduate courses in network management for both computer science and electrical/computer engineering, and enables students to move onto the networking industry to pursue or continue research in the field.

Provides an accessible overview of the various systems of network management that are currently in operation. Detailed comparisons contrast the different standards of each system and the capabilities they possess for solving various networking problems. These potential problems are discussed, together with possible solutions.

Network management technology; network management functional requirements; integrated network management systems; distributed network management; rinding fault; knowledge technologies for evolving networks; management information; managing communication networks by monitoring databases; network information modeling for network management; development and integration of a management information base; understanding network management with OOA; system management information modeling; distribution of managed object fragments and managed object replication: the data distribution view of management information; OSI management information base implementation; simple network management protocol(SNMP); network management in the TCP/IP protocol suite; an integrated architecture for LAN/WAN management; MIB II extends SNMP interoperability SNMP security; coming soon to a network near you; OSI systems management; an implementation of an OSI network management system; the OSI network management model; management by exception: OSI event generation, reporting, and logging; optimizing OSI management system performance; network management of TCP/IP networks: present and future; glossary; list of acronyms; annotated bibliography; about the author.

The volume presents extensive coverage of network management concepts, standards, and architectures for commercial technology - plus numerous exercises, references, and illustrations to enhance your understanding of the material. Ideal for computer and network professionals as well as network end users, this book will serve as both an on-the-job reference and an easy-to-use tutorial on network management fundamentals.

Try to imagine a railway network that did not check its rolling stock, track, and signals whenever a failure occurred, or only discovered the whereabouts of its lo comotives and carriages during annual stock taking. Just imagine a railway that kept its trains waiting because there were no available locomotives. Similar thoughts could apply to any transport network of trucks, buses, or taxis covering a wide geographical area. It is quite clear that the quality of service and safety, and the cost efficiency of any network depend on the effective and timely man agement of network resources. The same is true of telecommunications networks. For a long time now, telecom munications networks have been designed and built with remote monitoring and control devices. The very dimensions of networks and the need to intervene rap idly in the event of an incident made these devices imperative. On the other hand, the means of measuring quality of service did not appear till much later. Data transmission networks developed during the 1970s were often designed without any network management features. The technical traditions of the world of information technology had been forged on small systems with just a few dozen terminals spread over a small area. At the time, the extension of networks to cover wide geographical areas was not perceived as a change of dimension.

Simple Network Management Protocol (SNMP) provides a "simple" set of operations that allows you to more easily monitor and manage network devices like routers, switches, servers, printers, and more. The information you can monitor with SNMP is wide-ranging--from standard items, like the amount of traffic flowing into an interface, to far more esoteric items, like the air temperature inside a router. In spite of its name, though, SNMP is not especially simple to learn. O'Reilly has answered the call for help with a practical introduction that shows how to install, configure, and manage SNMP. Written for network and system administrators, the book introduces the basics of SNMP and then offers a technical background on how to use it effectively. Essential SNMP explores both commercial and open source packages, and elements like OIDs, MIBs, community strings, and traps are covered in depth. The book contains five new chapters and various updates throughout. Other new topics include: Expanded coverage of SNMPv1, SNMPv2, and SNMPv3 Expanded coverage of SNMPc The concepts behind network management and change management RRDTool and Cricket The use of scripts for a variety of tasks How Java can be used to create SNMP applications Net-SNMP's Perl module The bulk of the book is devoted to discussing, with real examples, how to use SNMP for system and network administration tasks. Administrators will come away with ideas for writing scripts to help them manage their networks, create managed objects, and extend the operation of SNMP agents. Once demystified, SNMP is much more accessible. If you're looking for a way to more easily manage your network, look no further than Essential SNMP, 2nd Edition.