Internetworking Technologies Handbook (2nd),9781578701025

Internetworking Technologies Handbook (2nd)

by ; ; ; ; ;
Edition: 2nd
ISBN13: 9781578701025
ISBN10: 1578701023
Format: Paperback
Pub. Date: 1998-12-01
Publisher(s): PRENTICE HALL PTR
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List Price: $53.50

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Summary

The network administrator's all-in-one reference guide to internetworking. Updated topics include Multicast, Voice over IP, Integrated Voice and Data, Pix Firewall, Firewall Technology, IP Layer 3 Switching, and Dial Implementations.

Table of Contents

Part 1 Introduction to Internetworking
Internetworking Basics
3(34)
What is an Internetwork?
3(3)
Open Systems Interconnection (OSI) Reference Model
6(13)
Information Formats
19(2)
ISO Hierarchy of Networks
21(1)
Connection-Oriented and Connectionless Network Services
22(2)
Internetwork Addressing
24(7)
Flow-Control Basics
31(1)
Error-Checking Basics
32(1)
Multiplexing Basics
33(2)
Standards Organizations
35(2)
Introduction to LAN Protocols
37(8)
What Is a LAN?
38(1)
LAN Protocols and the OSI Reference Model
39(1)
LAN Media-Access Methods
39(1)
LAN Transmission Methods
40(1)
LAN Topologies
41(2)
LAN Devices
43(2)
Introduction to WAN Technologies
45(10)
What Is a WAN?
45(1)
Point-to-Point Links
46(1)
Circuit Switching
47(1)
Packet Switching
48(1)
WAN Virtual Circuits
49(1)
WAN Dialup Services
50(1)
WAN Devices
51(4)
Bridging and Switching Basics
55(8)
What Are Bridges and Switches?
55(1)
Link-Layer Device Overview
56(2)
Types of Bridges
58(2)
Types of Switches
60(3)
Routing Basics
63(14)
What Is Routing?
63(1)
Routing Components
64(4)
Routing Algorithms
68(7)
Network Protocols
75(2)
Network Management Basics
77(10)
What is Network Management?
77(1)
Network Management Architecture
78(1)
ISO Network Management Model
79(8)
Part 2 LAN Protocols
Ethernet Technologies
87(38)
Background
87(1)
Ethernet and IEEE 802.3
88(6)
100-Mbps Ethernet
94(9)
100VG-AnyLAN
103(4)
Gigabit Ethernet
107(1)
Gigabit Ethernet Protocol Architecture
107(13)
Migration to Gigabit Ethernet
120(3)
Gigabit Ethernet Campus Applications
123(2)
Fiber Distributed Data Interface (FDDI)
125(14)
Background
125(2)
FDDI Transmission Media
127(1)
FDDI Specifications
128(2)
FDDI Station-Attachment Types
130(1)
FDDI Fault Tolerance
131(5)
FDDI Frame Format
136(1)
Copper Distributed Data Interface (CDDI)
137(2)
Token Ring/IEEE 802.5
139(10)
Background
139(1)
Physical Connections
140(1)
Token Ring Operation
141(1)
Priority System
142(1)
Fault-Management Mechanisms
143(1)
Frame Format
144(5)
Part 3 WAN Technologies
Frame Relay
149(16)
Background
149(2)
Frame Relay Devices
151(1)
Frame Relay Virtual Circuits
152(3)
Congestion-Control Mechanisms
155(1)
Frame Relay Local Management Interface (LMI)
156(1)
Frame Relay Network Implementation
157(2)
Frame Relay Frame Formats
159(6)
High-Speed Serial Interface
165(4)
Background
165(1)
HSSI Interface Basics
166(1)
HSSI Operation
167(2)
Integrated Services Digital Network (ISDN)
169(8)
Background
169(1)
ISDN Components
169(3)
Services
172(1)
Layer 1
172(2)
Layer 2
174(1)
Layer 3
175(2)
Point-to-Point Protocol
177(6)
Background
177(1)
PPP Components
177(1)
General Operation
178(1)
Physical-Layer Requirements
178(1)
PPP Link Layer
179(4)
Switched Multimegabit Data Service (SMDS)
183(12)
Background
183(1)
SMDS Network Components
183(2)
SMDS Interface Protocol (SIP)
185(2)
Distributed Queue Dual Bus (DQDB)
187(2)
SMDS Access Classes
189(1)
SMDS Addressing Overview
189(1)
SMDS Reference: SIP Level 3 PDU Format
190(2)
SMDS Reference: SIP Level 2 Cell Format
192(3)
Digital Subscriber Line
195(20)
Asymmetric Digital Subscriber Line (ADSL)
196(6)
Very-High-Data-Rate Digital Subscriber Line (VDSL)
202(13)
Synchronous Data Link Control and Derivatives
215(8)
Background
215(1)
SDLC Types and Topologies
216(1)
SDLC Frame Format
217(3)
Derivative Protocols
220(3)
X.25
223(12)
Background
223(1)
X.25 Devices and Protocol Operation
223(4)
The X.25 Protocol Suite
227(4)
LAPB Frame Format
231(2)
X.121 Address Format
233(2)
Multiservice Access Technologies
235(18)
The Importance of Voice over IP
235(1)
Packet Voice
236(1)
Packet Voice Transport
237(1)
Voice over ATM
238(6)
Voice over Frame Relay
244(1)
Voice over IP
245(4)
Applying Packet Voice
249(4)
Virtual Private Networks (VPNs)
253(16)
Cisco Systems VPNs
254(15)
Part 4 Bridging and Switching
Asynchronous Transfer Mode (ATM) Switching
269(32)
Background
269(1)
ATM Devices and the Network Environment
270(4)
ATM Cell-Header Format
274(2)
ATM Services
276(1)
ATM Switching Operations
277(1)
ATM Reference Model
277(6)
ATM Addressing
283(3)
ATM Connections
286(1)
ATM and Multicasting
287(1)
ATM Quality of Service (QoS)
288(1)
ATM Signaling and Connection Establishment
289(1)
ATM Connection-Management Messages
290(1)
LAN Emulation (LANE)
291(10)
Data-Link Switching
301(16)
Background
301(2)
DLSw Contrasted with Source-Route Bridging
303(2)
DLSw SNA Support
305(1)
DLSw Switch-to-Switch Protocol (SSP)
306(1)
DLSw Operation
307(4)
DLSw Message Formats
311(6)
LAN Switching
317(6)
Background
317(2)
LAN Switch Operation
319(2)
LAN Switch and the OSI Model
321(2)
Tag Switching
323(12)
Background
323(1)
Tag-Switching Architecture
324(2)
Destination-Based Routing
326(3)
Hierarchical Routing
329(1)
Flexible Routing using Explicit Routes
330(1)
Multicast Routing
331(1)
Tag Switching with ATM
332(1)
Quality of Service
333(1)
IP Switching
334(1)
Mixed-Media Bridging
335(8)
Background
335(1)
Translation Challenges
336(2)
Translational Bridging
338(3)
Source-Route Transparent Bridging
341(2)
Source-Route Bridging (SRB)
343(6)
Background
343(1)
SRB Algorithm
343(2)
Frame Format
345(4)
Transparent Bridging
349(12)
Background
349(1)
Transparent Bridging Operation
349(6)
Frame Format
355(6)
Part 5 Network Protocols
AppleTalk
361(32)
Background
361(1)
AppleTalk Network Components
362(5)
AppleTalk Physical and Data Link Layers
367(6)
Network Addresses
373(2)
AppleTalk Address-Resolution Protocol (AARP)
375(2)
Datagram-Delivery Protocol (DDP) Overview
377(1)
AppleTalk Transport Layer
378(7)
AppleTalk Upper-Layer Protocols
385(3)
AppleTalk Protocol Suite
388(5)
DECnet
393(14)
Background
393(1)
DECnet Phase IV Digital Network Architecture (DNA)
394(3)
DECnet/OSI Digital Network Architecture (DNA)
397(2)
DECnet Media Access
399(1)
DECnet Routing
399(2)
DECnet End-Communications Layer
401(1)
DECnet/OSI Transport Layer
401(1)
DECnet Phase IV Upper Layers
402(2)
DECnet/OSI Upper Layers
404(3)
IBM Systems Network Architecture (SNA) Protocols
407(22)
Background
407(1)
Traditional SNA Environments
408(7)
IBM Peer-Based Networking
415(7)
Basic Information Unit (BIU) Format
422(2)
Path Information Unit (PIU) Format
424(5)
Internet Protocols
429(24)
Background
429(2)
Internet Protocol (IP)
431(10)
Address Resolution Protocol (ARP) Overview
441(1)
Internet Routing
442(1)
Internet Control Message Protocol (ICMP)
443(2)
Transmission Control Protocol (TCP)
445(5)
User Datagram Protocol (UDP)
450(1)
Internet Protocols Application-Layer Protocols
451(2)
NetWare Protocols
453(10)
Background
453(2)
NetWare Media Access
455(1)
Internetwork Packet Exchange (IPX) Overview
455(1)
IPX Encapsulation Types
456(2)
Service Advertisement Protocol (SAP)
458(1)
NetWare Transport Layer
459(1)
NetWare Upper-Layer Protocols and Services
459(1)
IPX Packet Format
460(3)
Open System Interconnection (OSI) Protocols
463(14)
Background
463(1)
OSI Networking Protocols
464(13)
Banyan VINES
477(12)
Background
477(1)
Media Access
478(1)
Network Layer
478(8)
Transport Layer
486(1)
Upper-Layer Protocols
487(2)
Xerox Network Systems (XNS)
489(10)
Background
489(1)
XNS Hierarchy Overview
490(1)
Media Access
491(1)
Network Layer
491(3)
Transport Layer
494(1)
Upper-Layer Protocols
495(4)
Part 6 Routing Protocols
Border Gateway Protocol (BGP)
499(12)
Background
499(2)
BGP Operation
501(1)
BGP Routing
502(1)
BGP Message Types
503(1)
BGP Packet Formats
504(7)
Enhanced IGRP
511(8)
Background
511(1)
Enhanced IGRP Capabilities and Attributes
512(1)
Underlying Processes and Technologies
513(1)
Routing Concepts
514(3)
Enhanced IGRP Packet Types
517(2)
IBM Systems Network Architecture (SNA) Routing
519(14)
Background
519(1)
IBM SNA Session Connectors
520(1)
IBM SNA Transmission Groups (TGs)
521(1)
IBM SNA Explicit and Virtual Routes
521(1)
IBM SNA Class of Service (COS)
522(3)
IBM SNA Subarea Routing
525(2)
IBM Advanced Peer-to-Peer Networking (APPN) Routing
527(6)
Interior Gateway Routing Protocol
533(6)
Background
533(1)
IGRP Protocol Characteristics
534(5)
Internet Protocol (IP) Multicast
539(6)
Background
539(1)
Internet Group-Membership Protocol (IGMP)
540(1)
IP Multicast Routing Protocols
541(4)
NetWare Link-Services Protocol (NLSP)
545(12)
Background
545(1)
NLSP Hierarchical Routing
546(3)
NLSP Operation
549(1)
NLSP Hierarchical Addressing
550(2)
NLSP Hello Packets
552(5)
Open Systems Interconnection (OSI) Routing Protocol
557(10)
Background
557(2)
End System-to-Intermediate System (ES-IS)
559(1)
Intermediate System-to-Intermediate System (IS-IS)
560(4)
Integrated IS-IS
564(1)
Interdomain Routing Protocol (IDRP)
564(3)
Open Shortest Path First (OSPF)
567(8)
Background
567(1)
Routing Hierarchy
568(3)
SPF Algorithm
571(1)
Packet Format
572(1)
Additional OSPF Features
573(2)
Resource-Reservation Protocol (RSVP)
575(18)
Background
575(1)
RSVP Data Flows
576(2)
RSVP Quality of Service (QoS)
578(1)
RSVP Session Start-up
579(1)
RSVP Reservation Style
579(2)
RSVP Soft State Implementation
581(1)
RSVP Operational Model
582(3)
RSVP Messages
585(2)
RSVP Packet Format
587(6)
Routing Information Protocol (RIP)
593(8)
Background
593(1)
Routing Updates
594(1)
RIP Routing Metric
594(1)
RIP Stability Features
595(1)
RIP Timers
595(1)
Packet Formats
595(6)
Simple Multicast Routing Protocol (SMRP)
601(14)
Background
601(3)
SMRP Multicast Transport Services
604(8)
SMRP Transaction Example
612(1)
SMRP Packet Format
612(3)
Quality of Service (QoS) Networking
615(32)
Network QoS Defined
615(2)
Basic QoS Architecture
617(16)
QoS Signaling
633(3)
RSVP: Guaranteeing QoS
636(1)
Cisco's QoS Policy, Management, and Accounting Capabilities
637(10)
Part 7 Internet Access Technologies
Security Technologies
647(18)
Security Issues When connecting to the Internet
647(10)
Trusted, Untrusted, and Unknown Networks
657(1)
Establishing a Security Perimeter
658(7)
Directory-Enabled Networking
665(10)
The Purpose and Scope of Directory-Enabled Networking
667(5)
The Extended Schema and Other Device Schemata
672(3)
Network Caching Technologies
675(14)
Growth of Web Content
675(1)
Caching
676(4)
Cisco's Network-Based Shared Caching
680(9)
Part 8 Network Management
IBM Network Management
689(8)
Background
689(1)
IBM Network-Management Functional Areas
690(3)
IBM Network-Management Architectures
693(2)
IBM Network-Management Platforms
695(2)
Remote Monitoring (RMON)
697(4)
Background
697(1)
RMON Groups
698(3)
Simple Network Management Protocol (SNMP)
701(18)
Background
701(1)
SNMP Basic Components
702(1)
SNMP Basic Commands
703(1)
SNMP Management Information Base (MIB)
704(2)
SNMP and Data Representation
706(1)
SNMP Version 1 (SNMPv1)
706(2)
SNMP Version 2 (SNMPv2)
708(2)
SNMP Management
710(1)
SNMP Security
710(1)
SNMP Interoperability
711(1)
SNMP Reference: SNMPv1 Message Formats
712(2)
SNMP Reference: SNMPv2 Message Format
714(5)
Internetworking Terms and Acronyms 719(86)
Index 805

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