- Series: Networking Technology
- Paperback: 672 pages
- Publisher: Cisco Press; 1 edition (June 30, 2007)
- Language: English
- ISBN-10: 1587142732
- ISBN-13: 978-1587142734
- Product Dimensions: 7.4 x 1.4 x 9.1 inches
- Shipping Weight: 2.6 pounds
- Average Customer Review: 3 customer reviews
- Amazon Best Sellers Rank: #4,622,265 in Books (See Top 100 in Books)
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Network Management: Accounting and Performance Strategies (Paperback) (Networking Technology) 1st Edition
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From the Back Cover
"Network Management: Accounting and Performance Strategies" The definitive guide to collecting usage information from Cisco networks Benoit Claise, CCIE(R) No. 2868 Ralf Wolter Understanding network performance and effectiveness is now crucial to business success. To ensure user satisfaction, both service providers and enterprise IT teams must provide service-level agreements (SLA) to the users of their networks-and then consistently deliver on those commitments. Now, two of the Cisco(R) leading network performance and accounting experts bring together all the knowledge network professionals need to do so. "Network Management: Accounting and Performance Strategies" imparts a deep understanding of Cisco IOS(R) embedded management for monitoring and optimizing performance, together with proven best strategies for both accounting and performance management. Benoit Claise and Ralf Wolter begin by introducing the role of accounting and performance management in today's large-scale data and voice networks. They present widely accepted performance standards and definitions, along with today's best practice methodologies for data collection. Next, they turn to Cisco devices and the Cisco IOS Software, illuminating embedded management and device instrumentation features that enable you to thoroughly characterize performance, plan network enhancements, and anticipate potential problems and prevent them. Network standards, technologies, and Cisco solutions covered in depth include Simple Network Management Protocol (SNMP) and Management Information Bases (MIB), Remote Monitoring (RMON), IP accounting, NetFlow, BGP policy accounting, AAA Accounting, Network Based Application Recognition (NBAR), and IP SLA (formerly known as SAA). For each, the authors present practical examples and hands-on techniques. The book concludes with chapter-length scenarios that walk you through accounting and performance management for five different applications: data network monitoring, capacity planning, billing, security, and voice network performance. Network Management: Accounting and Performance Strategies will be indispensable to every professional concerned with network performance, effectiveness, or profitability, especially NMS/OSS architects, network and service designers, network administrators, and anyone responsible for network accounting or billing. Benoit Claise, CCIE(R) No. 2868, is a Cisco Distinguished Engineer working as an architect for embedded management and device instrumentation. His area of expertise includes accounting, performance, and fault management. Claise is a contributor to the NetFlow standardization at the IETF in the IPFIX and PSAMP Working Groups. He joined Cisco in 1996 as a customer support engineer in the Technical Assistance Center network management team and became an escalation engineer before joining the engineering team. Ralf Wolter is a senior manager, consulting engineering at Cisco. He leads the Cisco Core and NMS/OSS consulting team for Europe, works closely with corporate engineering, and supports large-scale customer projects. He specializes in device instrumentation related to accounting and performance management.
- Compare accounting methods and choose the best approach for you
- Apply network performance best practices to your network
- Leverage built-in Cisco IOS network management system components to quantify performance
- Uncover trends in performance statistics to help avoid service degradation before it occurs
- Identify under use of network paths, so you can improve overall network efficiency
- Walk through hands-on case studies that address monitoring, capacity planning, billing, security, and voice networks
- Understand Cisco network performance, deliver on your SLAs, and improve accounting and billing
About the Author
Benoit Claise, CCIE No. 2686, is a Cisco Distinguished Engineer working as an architect for embedded
management and device instrumentation. His area of expertise includes accounting, performance,
and fault management. Claise is a contributor to the NetFlow standardization at the IETF in the IPFIX
and PSAMP working groups. He joined Cisco in 1996 as a customer support engineer in the Technical
Assistance Center network management team. He then became an escalation engineer before joining the
Ralf Wolteris a senior manager, Consulting Engineering at Cisco Systems. He leads the Core and
NMS/OSS consulting team for Europe and works closely with corporate engineering, as well as supporting
large customer projects. His special field of interest is device instrumentation, related to
accounting and performance management. He joined Cisco in 1996 as a systems engineer. He has provided
technical leadership for many large network management projects in Europe, the Middle East,
and Africa. Before his current position, he worked as a networking consultant at AT&T/NCR, focusing
on the design and management of data networks.
Top customer reviews
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Now we want to know what is wrong and preferable be warned before something goes wrong. And wouldn't it be nice or even required to see who or what is eating up our bandwidth or to have proof that we get the bandwidth we pay for? All these requirements have led to many protocols and standards over the years. Here is a book that organizes all this, brilliantly.
The book is organized in three sections that I would describe as follows: Part I, The theory, Part II, The tools, Part III, How we can use these tools in different scenarios.
Part I has three chapters and counts for almost a third of the book. The information contained in these three chapters alone make buying the book worthwhile. Part I is vendor neutral and would be excellent reading for network managers to quickly acquire a detailed overview of standards and technologies.
Chapter 1 describes the need for Accounting and Performance Management. Chapter 2 (Data Collection Methodology) describes the data you need to collect and the detail required, as well as how to collect the data and be sure of its integrity. This is the longest chapter in the book and one of my favorites.
Chapter 3 deals with standards and definitions. This is the chapter with the most abbreviations.
Part II outlines the most common network management tools available on Cisco IOS devices and how to implement them. Here we find SNMP, RMON, IP Accounting, NetFlow, BGP Policy Accounting, AAA Accounting, NBAR, IP SLA. Each implementation has its own chapter and follows the same procedure: first an explanation of the feature and then how to configure it. Configuration takes up most of the chapter and is very detailed with examples and many show commands. I found this very useful.
Chapter 12 (the last chapter in Part II) connects everything in tables - these tables have already proven very useful for me.
Part III (Assigning Technologies to Solutions) applies the tools from Part II to some real world scenarios like: Monitoring, Capacity Planning, Voice, Security and Billing scenarios. In each chapter the tools are identified that will help to achieve the goal.
Both authors are Cisco engineers specializing in accounting, performance and fault management and it shows! They really know their stuff!
In short, this is a very useful book; you learn and you apply what you have learned. What else could you wish for?
A concise treatise on basic set of modern network management tools, protocols and services, mostly with strong IETF standard background, but from a Cisco-centric view.
Today's network managers have to worry about performance, billing, security, and requirement/use trends. Fortunately, tools exist today to meet help network managers, but identifying the appropriate tools from a wide array of options and potentials is always a major challenge. This book organizes that information in a relatively easy to access manner.
Organized into three logical sections, which i characterize as; motivation, technologies, and application scenarios, the book is as thorough, as its arrangement is logical.
If you are wondering why you should buy the book, the first chapter (Understanding the need for Accounting and Performance Management) provides a quick overview of why. It presents fundamentals of network accounting and performance management, clarifying the differences between both while highlighting the overlaps in the technologies and frameworks for both. Operational areas including security, SLA management, QoS billing, capacity planning, availability and voice management are all addressed in enough details to warrant further reading, but also enough to provide a complete picture of the common worries of today's network manager.
Chapter 2, also in the first part is devoted to data collection methodologies for various operational requirements. such as SLA measurements (using IP SLA in Cisco IOS), determination of meter location (network elements or network-edge-device) and so on. The chapter also provides a detailed expose on network data-collection infrastructure including a brief introduction to basic data collection tools including snmp, netflow and ftp. By the end of the chapter, the reader would be apprised of basic data filtering method as well as security considerations for data integrity and confidentiality (privacy) and how to protect against denial of service.
And while you're wondering if you had enough, chapter 3 rounds off the first part of the book with a review of current network accounting and performance standards and definitions from ITU-T standards and frameworks through IETF and ISO standards as well as popular proprietary frameworks. Some of the standards and definitions addressed include the ITU-T Telecommunications Management Network(TMN) Fault Configuration, Accounting, Performance, and Security (FCAPS) model; the TeleManagement Forum(TMF) eTOM (enhanced Telecom Operations Map); and pertinent IETF RFCs including 2924, 2975 et-cetera. At the end of the chapter, you will be prepared to make informed choices about various data collection, network accounting and performance protocols and technologies. Your next network management purchase will be less of a chore, and you will know what questions to ask of your network administrator as you try to identify what tool sets you may already have or have access to simply by upgrading your network operating system such as Cisco IOS.
For the most part, the first three chapters can be read as a stand alone work by network managers. And from my experience, I'll advice all network managers (particularly those who are not CCIE certified, and do not have more than 15 years experience with networks). The chapters will give you the desired leap you need to better understand the various options in tools, technologies and solutions. For this reason, the book is a must buy.
The next nine chapters are more intense and geared towards administrators and analysts. Of course, many network managers also wear that hat at some point. The section covers disparate network management frameworks, protocols and tools implemented in various cisco devices and includes a generous amount of cisco IOS commands to get you started. Each chapter is devoted to one set of tools including SNMP and MIBs, RMON, IP Accounting, NetFlow, BGP Policy Accounting, AAA Accounting, NBAR, and IPSLA. If you ask me, this is probably one of the most thorough single collection of these materials in the most pedestrian fashion. That is the material while adequately technical is quite easy to follow and will get you started quickly, empowering you with tools and tricks to help you achieve some of your network management objectives be it for performance management , billing or security management. Of course the book does not replace various tools out there meant to address these needs, but it simplifies your evaluation process and decisioning. Chapter twelve (the ninth in this part) brings everything in the section together for the ready with a set of comparative tables of all the tools.
Part three of the book which consist of five chapter is indeed an icing. Each chapter addresses an operational scenario: monitoring scenario, capacity planning scenario, voice scenario, security scenario and billing scenario. In each chapter the authors identify the set of tools most apt for each operational scenario and provide enough motivation for the network administrator / manager such that you can easily start with tools you may already own.
Of course the book is from Cisco press and written by Cisco engineers, so the tools described, their operations, the various devices and the commands are all Cisco based. However, the material covered is generic enough to be useful to all manners of network managers, engineers and administrators. So I am recommending this book as a must have with a rating of at least 4 start out of five. Needless to say, I have it on my shelve.