高级网络管理

出版时间：2004-8  出版社：北京蓝色畅想图书发行有限公司（原高等教育出版社）  作者：维斯尼斯基  页数：1005  字数：1230000  

前言

The world of internetworking has become challenging and exciting as we begin the21st century．Gone iS the monstrosity of running cable and gone iS old technology．We are looking at even faster speeds oftransmitting voice and data．Technologies suchas SONET and wireless LANs are being used to decrease bandwidth usage and，at thesame time，allow more data to be transmitted．Despite all the advances in technology,the old reliable architectures and protocolsare still being implemented in the internetworking arena today because they haveproven tO be reliable and have worked with many different products．Advanced Net-work Administration covers the concepts of routing，bridging，switching，and networkmanagement．This book iS recommended for novices who wish to further their knowl-edge ofinternetwork design．Chapters 1-3，OSI InternetworkingBasics,BridgingandSwitchingFundamentah,andRoutingBasics,shouldbetaughtas aunit．Chapters4 and5 cover Network ManagementFundamentals and Simple Network Management Proto-col．From Chapters 6 to 10，each of the main network architectures，along with thevarious protocols that comprise these architectures．are exposed．Chapters 11 and 12depart from the architectural viewpoint and discuss／nterdomain Routing Basics．OpenShortest Path First，explained in Chapter 11(OSPF)，and Border Gateway Protocol，discussed in Chapter 12(BGP)，are the main protocols being used in the Internet toprovide reliable routing from host to host．These two chapters should be tau#t as aunit．Chapter 1 3，Advanced IP Routing,provides a brief explanation of IP addressingand more advanced concepts such as VLSM andⅥANS，along with route summarization and redistribution．For a more thorough explanation on IP addressing refer toChapter 9,Digital Network Architecture(DNA)DEcnCt Phase IV.Chapter 14 discusses Data Link Protocols and their importance in internet-working．Chapter 15，Internetworking Design Basics,is the capstone chapter dis-cussing how to design an internetwork using routmg and switching methods.Advanced Network Administration complements any text or certification programsuch as Microsoft or Novell Networking Technologies，and will provide a thoroughunderstanding of the architectures and their protocols．Reader comments，questions，and suggestions for improvements are welcome．Keep on internetworking!

内容概要

本书是一本全面的网络课程教材，融合了作者丰富的专业经验和教学经验，集中讲解网络设计和互联网设计的正确方法。学生将获得关于网络协议、体系结构设计、特殊类型网络设计及传统协议（如AppleTalk、DNA和SNA）方面的背景知识。对于志在获得CCDA、CCNA和微软公司网络基础认证的读者来说也是一本理想读物。　　本书特点包括：涵盖因特网协议（如OSPF、BGP）和传统协议（如RIP、EIGRP、IGRP）；完整讲述网络体系结构（包括SNA、Novell、DNA和OSI）；详细讲解对SNMP及网络管理知识的理解；提供现实案例研究；各章都有大量实景图例，并透彻说明其在网络设计整体方案中如何运用；各章有综述性段落和总结性问题以测试学生对知识的掌握程度；各章有关键词、学习目标和本章总结；全书最后配有内容丰富的附录，涉及网络互连的广泛问题。　　本书适用于高等院校工科各专业本科和研究生的计算机网络管理类课程，也可供相关技术人员学习参考。

作者简介

　　Steve Wsniewski is currently working as a computer telephony engineer for Greenwich Technology Partners and has been in the internetworking and networking industry ofr more than 12 years.He is a 1972 Graduate of Marshall university,a 1995 graduate of

书籍目录

Chapter 1 Internetworking Basics　Introduction　What is an Internetwork?　The History of Internetworking　Internetworking Challenges　The Open System Interconnect (OSI) Reference Model　OSI Information Formats　The International Organization for Standardization (ISO)　Hierarchy of Networks　Connection Oriented and Connectionless Network Services　Internetwork Addressing　Comparing Hierarchical and Flat Address Space　Flow Control, Error Checking, and Multiplexing　Local Area Networks: In-Depth Look　Wide Area Networks: An In-Depth Look　SummaryChapter 2 Bridging and Switching Fundamentals　Introduction　Link Layer Devices: An Overview　Types of Bridges　Segmenting LANs　Why Segment LANs?　Segmenting LANs Using Repeaters　Segmenting LANs Using Bridges　Segmenting LANs Using Switches　Bridging Technologies　Spanning Tree Algorithm (STA)　What Is Spanning Tree Protocol and Why Use It?　SummaryChapter 3 Routing Basics　Introduction　Routing Components　Scaling Large Internetworks　Path Determination　Switching　Routing Algorithms　Distance Vector Routing Algorithms　Solutions　Implementing Solutions in Multiple Routes　Link State Routing Algorithms　Comparing Distance Vector Routing with Link State Routing　Network Layer Protocol Operations　Routing Metrics　Convergence Time　Congestion Overview　Traffic in an IP Network　Traffic in an IPX Network　Traffic in Other Multiprotocol Networks　Hybrid Routing　Snapshot Routing　SummaryChapter 4 Network Management Fundamentals　Introduction　Network Management Requirements　Background　OSI Management Functional Areas　Network Management System (NMS)　Network Management Configuration　Network Management Architecture　Network Monitoring　Performance Monitoring　Fault Monitoring　Accounting Monitoring　Network Control　Configuration Control　Security Control　Security Management Functions　SummaryChapter 5 Simple Network Management Protocol　Introduction　TCP/IP Origins　TCP/IP and Network Management　Evolution of SNMP　The SNMP Architecture　Trap-Directed Polling　Proxies　SNMP Management Information　SNMP and Abstract Syntax Notation One (ASN.1)　ASN.1 Concepts　Basic Encoding Rules (BER)　Communities and Community Names　Lexicographic Ordering　SNMP Formats　Limitations of SNMP　SummaryChapter 6 Systems Network Architecture　Introduction　Overview of Corporate Networks　Hierarchical Networks　Peer Networks　SNA Configuration　SNA Subarea Network　APPN Network　Foundation SNA Concepts　Network Components　Network Addressing　Routes　Class of Service Table　Layers　Sessions　Open Systems Interconnection and SNA　SNA Protocols　SNA/SDLC Frame Formats　IBM's Advanced Communications Function/Virtual Communications Access Method (VTAM)　Network Control Program (NCP)　SummaryChapter 7 NetWare Protocols　Introduction　Concepts　Internet Packet Exchange (IPX)　IPX Routing Architecture　Routing Information Protocol (RIP)　SAP: Supporting Service Advertisements　Sequenced Packet Exchange (SPX)　Sequenced Packet Exchange II (SPX II)　NetWare Core Protocol (NCP)　NetWare Link Service Protocol (NLSP)　RIP Problems　NLSP Messages　SummaryChapter 8 AppleTalk Protocols　ntroduction　AppleTalk and OSI　The Physical Layer-AppleTalk Hardware　Media Considerations for AppleTalk　Data Link Functions　Link Access Protocol (LAP) Manager for LocalTalk　AppleTalk Addressing　AppleTalk Network Components　AppleTalk Phase I and Phase II　AppleTalk Address Resolution Protocol (AARP)　LAP Manager for EtherTalk and TokenTalk　The AppleTalk Network Layer: Datagram Delivery Protocol (DDP)　Routing Table Maintenance Program Protocol (RTMP)　AppleTalk Echo Protocol (AEP)　Names on AppleTalk　Transport Layer Services: Reliable Delivery of Data　AppleTalk Transaction Protocol (ATP)　Printer Access Protocol (PAP)　AppleTalk Session Protocol (ASP)　AppleShare and the AppleTalk File Protocol (AFP)　SummaryChapter 9 DECnet Phase IV Digital Network Architecture　Introduction　History　DECnet Phase IV Digital Network Architecture (DNA)　DECnet Phase IV and OSI　DECnet/OSI DNA Implementations　The Routing Layer: DECnet Phase IV Routing　Addressing　Areas　The Routing Database　DECnet Routing　Forwarding of Data in a DECnet Environment　End Communication Layer: The DNA Transport Layer　The Session Control Layer　Network Application Layer　SummaryChapter 10 Open Systems Interconnection Protocols　Introduction　OSI Networking Protocols　OSI Physical and Data Link Layers　OSI Network Layer　OSI Protocols Transport Layer　OSI Protocols Session Layer　OSI Protocols Presentation Layer　OSI Protocols Application Layer　OSI Protocols Application Processes　Open Systems Interconnection (OSI) Routing Protocol　IS-IS Protocol　OSI Addressing　Transport Layer: Connection Mode Transport Service　Session Layer　End System-to-Intermediate System (ES-IS)　IS-IS Metrics　Interdomain Routing Protocol (IDRP)　SummaryChapter 11 Interdomain Routing Basics, Part I: Open Shortest Path First Routing Protocol　Introduction　Functional Requirements　Backup Designated Router　Designated Router Election　OSPF Basics　Link State Advertisements (LSAs)　A Sample LSA: The Router-LSA　The Link State Database　Communicating Between OSPF Routers: OSPF Packets　Routing Calculations　Hierarchical Routing in OSPF　OSPF Areas　Virtual Links　Incorporating External Routing Information　Interaction with Areas　OSPF Area Types　SummaryChapter 12 Interdomain Routing Basics, Part II: Border Gateway Protocol　Introduction　The Internet Today　Overview of Routers and Routing　Distance Vector Protocols　Link State Protocols　Segregating the World into Administrations　Static Routing, Default Routing, and Dynamic Routing　Autonomous Systems　Border Gateway Protocol Version 4　BGP Message Header Format　Building BGP Peer Sessions　Synchronization within an AS　SummaryChapter 13 Advanced IP Routing　Introduction　Internet Protocol (IP)　IP Packet Format　IP Addressing　IP Subnet Addressing　IP Subnet Mask　Logical AND Operation　IP Address Issues and Solutions　Using Addressing Hierarchies　Slowing IP Address Depletion　Variable Length Subnet Masks　What Is Route Summarization?　Route Summarization in Routers　Other Addressing Considerations　Using Private Addressing　Translating Inside Local Addresses　SummaryChapter 14 The Data Link Protocols　Introduction　Asynchronous Line Protocols　Synchronous Line Protocols　Character Oriented Protocols　　Count Oriented Protocols　Bit Oriented Protocols　Controlling Traffic on the Link　Functions of Timers　Automatic Request for Repeat (ARQ) Flow Control Protocol　Inclusive Acknowledgement　Stop-and-Wait ARQ Flow Control Protocol　Piggybacking　Sliding Windows Flow Control Protocol　Host Configurations　Multipoint Connections　Polling　Difficulty of Dealing with Errors　Major Types of Impairments　Error Detection　Parity Checking　Checksum　Echoplex　Error Checking Codes　Binary Synchronous Control (BSC)　High Level Data Link Control (HDLC) Protocol　HDLC Characteristics　Frame Format　HDLC Commands and Responses　SummaryChapter 15 Internetworking Design Basics　Introduction　Understanding Basic Internetworking Concepts　Overview of Internetworking Devices　Switching Overview　Identifying and Selecting Internetworking Capabilities　Identifying and Selecting an Internetworking Model　Evaluating Backbone Services　Path Optimization　Traffic Prioritization　Load Balancing　Alternative Paths　Switched Access　Encapsulation (Tunneling)　Evaluating Distribution Services　Backbone Bandwidth Management　Area and Service Filtering　Policy Based Distribution　Gateway Service　Interprotocol Route Redistribution　Media Translation　Evaluating Local Access Services　Value Added Network Addressing　Broadcast and Multicast Capabilities　Naming, Proxy, and Local Cache Capabilities　Media Access Security　Router Discovery　Choosing Internetworking Reliability Options　Redundant Links Versus Meshed Topologies　Redundant Power Systems　Fault-Tolerant Media Implementations　Backup Hardware　Designing Switched LAN Internetworks　Evolution from Shared to Switched Networks　Technologies for Building Switched LAN Internetworks　Components of the Switched Internetworking Model　Scalable Switching Platforms　ATM Switches　LAN Switches　Routing Platforms　Common Software Infrastructure　Virtual LANs (VLANs)　Network Management Tools and Applications　Switched LAN Network Designs　Comparison of LAN Switches and Routers　Benefits of LAN Switches (Layer 2 Services)　Benefits of Routers (Layer 3 Services)　Benefits of VLANs　VLAN Implementation　IEEE 802.10　Inter-Switch Link　LAN Emulation　SummaryChapter 16 ATM　Introduction　Benefits of ATM　ATM Network Operation　Multicasting in ATM　Connection Oriented Network Services　ATM Signaling and Addressing　LAN Emulation　SummaryChapter 17 T1 Digital Communications　Introduction　Why T1?　What Does T1 Do?　How Does T1 Accomplish Its Goals?　Evolution of T1　OSI and T1　DS1/D4 Protocols　Pulse Code Modulation　Extended SuperframeAppendix A OSPF Design GuideAppendix B BGP Attributes and Policy RoutingAppendix C Signaling InterfacesAppendix D An Introduction to IGRPAppendix E Enhanced Interior Gateway Routing ProtocolAppendix F Troubleshooting OverviewAppendix G RJ 45 Wiring Pinouts and HintsAppendix H Wireless LANAppendix I Case StudiesGlossaryIndex

章节摘录

插图：Routing is the act of moving information across an internetwork from an SA to aDA．Along the way,at least one intermediate node is encountered．Routing is of-ten contrasted with bridging，which might seem to accomplish the same thing tothe casual observer．The primary difference is that bridging occurs at layer 2，thedata link layer of the OSI model，whereas routing occurs at layer 3，the networklayer．The distinction of where each device transfers data provides routing andbridging with different information to use in the process of transmitting data fromthe SA to the DA．The two functions accomplish their tasks in different ways．Routing has been covered in computer science literature for more than two decades，but routing did not achieve commercial popularity until the mid－1980s．Practicallyevery company and every office has at least one router at its location．The primaryreason for this time lag is that networks in the 1970s were fairly simple，homogeneousenvironments．Only recently has large-scale internetworking become popular．Routing involves two basic activities：determining optimal routing paths and trams-porting information groups called packets through an internetwork．In the context ofthe routing process，transporting packets through an internetwork can be referred to asswitching．Although switching is straightforward，path determination can be complex．A scalable network is one that can be adjusted without major modification as timeand resources require．Many oftoday's internetworks need"to be scalable because theyale experiencing phenomenal growth．The growth is primarily a result ofthe increas-ing demands for connectivity in business and telecommuting．Scalable internetworks ale described as networks that are experiencing constantgrowth．Thesenetworksmustbeflexibleandexpandable．Thebestmanaged scalableinternetworks are designed to follow a hierarchical model of routing．A hierarchicalmodel simplifies the management ofthe internetwork and allows for controlled growthwithout overlooking requirements．In building the network it is recommended tO fol-low a three-layer hierarchical internetworking model．

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《高级网络管理(影印版)》是高等教育出版社出版。

用户评论 (总计1条)

•   算是注释吧，重要的名词有解释，还在努力看着。。。