Managing TCP/IP Networks: Techniques, Tools, and Security Considerations

Managing TCP/IP Networks: Techniques, Tools, and Security Considerations
ISBN-10
0471800031
ISBN-13
9780471800033
Category
Technology & Engineering / Electrical
Pages
352
Language
English
Published
2000-02-18
Publisher
Wiley
Author
Gilbert Held

Description

Managing TCP/IP Networks Techniques, Tools and Security Considerations
Gilbert Held, 4-Degree Consulting, Macon, Georgia, USA

  • Focuses on the techniques, tools, diagnostic testing, and security
  • Addresses the practical methods to manage a TCP/IP network
  • Helps readers to manage and control operation and utilization
  • Features include information on data flows, routing protocols and IP address classes

TCP/IP is the standardized protocol of the Internet. There are numerous management issues associated with the construction and operation of a TCP/IP network. This comprehensive text addresses these issues, ranging from the planning behind the assignment of TCP/IP addresses to the ability to recognize network problems and the appropriate use of diagnostic tools to discover their cause.

Written in an accessible style, this book will appeal to a wide-ranging audience. For professionals in the field of data communications and computer science, LAN administrators, network managers, network analysts, network designers and network engineers. It is also essential reading for students of electrical & electronic engineering, computer science and communications. Visit the Wiley Telecommunications Website on-line at: http://www.wiley.co.uk/commstech/ Visit Our Web Page! http://www.wiley.com

Similar books

  • Wastewater Treatment and Separation Methods
    By Paul N. Cheremisinoff, Robert P. Ouellette, John Allison King

    Wastewater Treatment and Separation Methods

  • Principles, Protocols, and Architecture
    By Douglas Comer, David L. Stevens

    Principles, Protocols, and Architecture

  • Communications Receivers: DPS, Software Radios, and Design, 3rd Edition
    By Ulrich L. Rohde, Jerry C. Whitaker

    7.8 Cris E. Hill , " All Digital Fractional - N Synthesizer for High Resolution Phase Locked Loops , ” Applied Microwave & Wireless , November / December 1997 and January / February 1998 . 7.9 Bar - Giora Goldberg , “ Analog and Digital ...

  • Electrical Technology in Mining: The Dawn of a New Age
    By Alan Victor Jones, Renold P. Tarkenter

    Converter - equaliser ( see also winders ) 123-126 Conveyors 113–114 , 158 Coulson , P.B. ( see Mavor & Coulson ) 81 Crompton , R.E.B. 26 , 51 , 94 Cunynghame , Henry H.S. 136 Davis , H. 74–77 passim Davy , Sir Humphry 16 , 17 , 24 ...

  • Electric Circuits
    By James William Nilsson, Susan A. Riedel

    Electric Circuits

  • Digital Beamforming in Wireless Communications
    By John Litva, Titus Kwok-Yeung Lo

    Explosive growth of wireless communications is demanding increased system capacity for mobile communications satellites - and the expert authors of this first-of-a-kind book explore a promising, cost-effective solution: digital beamforming ...

  • Basic Electro-optics for Electrical Engineers
    By Glenn D. Boreman

    Bibliography O'Shea , D. , W. Callen , and W. Rhodes , An Introduction to Lasers and Their Applications , Addison - Wesley , Reading , 1977 . Siegman , A. , Lasers , University Science Books , Mill Valley , 1986 .

  • Principles of Magnetic Resonance Imaging: A Signal Processing Perspective
    By Zhi-Pei Liang, Paul C. Lauterbur, IEEE Engineering in Medicine and Biology Society

    Biomedical/Electrical Engineering Principles of Magnetic Resonance Imaging A Signal Processing Perspective A volume in the IEEE Press Series in Biomedical Engineering Metin Akay, Series Editor Since its inception in 1971, MRI has developed ...

  • 电子故事总动员
    By 华业主编

    自动驾驶汽车最重要的主控计算机被安排在后车厢,这里除了用于运算的计算机外,还有拓普康(日本一家负责工业测距和经营医疗器械的厂商)的测距信息综合器,这套核心装备将负责汽车的行驶路线、方式的判断和执行。自动驾驶汽车技术由斯坦福大学教授、谷歌副 ...

  • The Essential Guide to Wireless Communications Applications: From Cellular Systems to WAP and M-Commerce
    By Andy Dornan

    Moore's Law ( named after Intel cofounder Gordon Moore ) states that the number of circuits packed into a given area of a silicon chip doubles approximately every eighteen months , leading to a similar improvement in processing power .