Déjà client ? Identifiez-vous

Mot de passe oublié ?

Nouveau client ?

CRÉER VOTRE COMPTE
TCP/IP Bible
Ajouter à une liste

Librairie Eyrolles - Paris 5e
Indisponible

TCP/IP Bible

TCP/IP Bible

Rob Scrimger, Paul La Salle, Mridula Parihar, Meeta Gupta

600 pages, parution le 10/12/2001

Résumé

The TCP/IP Bible provides comprehensive coverage of everything you need to know about the latest in protocols, including:
  • TCP/IP communication fundamentals
  • TCP/IP and the OSI model, network topologies
  • TCP/IP architecture
  • configuration on different platforms
  • common TCP/IP applications
  • designing and building TCP/IP networks
  • TCP/IP use for Internet access including firewall
  • PKI and VPN coverage
  • TCP/IP usage for printing
  • remote access and file sharing
  • video and advanced data access
  • e-mail, security considerations and other network uses
  • detailed troubleshooting information.

The TCP/IP Bible was written from the hands-on experience from network experts, Rob Scrimger and Paul LaSalle, who provide you with practical examples, tips, and hints.

Table of Contents

Preface

Acknowledgments

Part I: Understanding TCP/IP Communications

Chapter 1: Understanding Network Fundamentals
What is a Network?
Components of a Network
Types of Network Configurations
Decentralized networks
Centralized networks
The OSI Reference Model
The Application layer
The Presentation layer
The Session layer
The Transport layer
The Network layer
The Data Link layer
The Physical layer
Types of Area Networks
Local area networks
Wide area networks
Project Model IEEE 802
Network Topologies
Bus topology
Star topology
Ring topology
Mesh topology
Hybrid topology
Network Infrastructure
Repeaters
Network Interface Card
Hub
Switch
Bridge
Router
Brouter
Gateway

Introduction to TCP/IP

Request for Comments
TCP/IP reference model
IP addressing overview
TCP/IP applications
Chapter 2: Architecture of the TCP/IP Protocol
The Five-Layer TCP/IP Architecture
The Physical layer
The Network Interface layer
The Internet layer
The Transport layer
The Application layer
Communication Between Layers
Transport layer header format
Internet layer header format
Chapter 3: Physical Layer
How Signals Traverse a Wire
Transmission/signaling methods
Transmission technologies and mechanisms
Physical media
Modems
Wireless media
Common Topologies
Bus
Token Ring
Star
Fiber Distributed Data Interface
Asynchronous Transfer Mode
Chapter 4: Network Interface Layer
Overview of the Network Interface Layer
Contents of an Ethernet frame
Typical parts of a network packet
Media Access Control Standards
Ethernet
ARCnet
Token Ring
Asynchronous Transfer Mode
Mapping the Physical Address to the IP Address
ARP and RARP
ATMARP
Chapter 5: Internet Layer
The Purpose of the Internet Layer
Determining whether the destination is local or remote
Overview of routing
Internet Protocol Addresses
Binary and decimal notation
Network IDs and host IDs
Classes of IPv4 Addresses
What the address represents
How the subnet mask is used
The default gateway
Determining whether the destination is local or remote
Basics of Routing
Hardware and software routers
Types of routes
Examining an IP Datagram
IP header
IP payload
Internet Control Messaging Protocol
Purpose of ICMP
ICMP packets
Internet Group Management Protocol
Overview of multicasting
What multicasting is used for
IGMP packets
Chapter 6: Transport Layer
Types of Data Transfer
Reliable versus unreliable delivery
Stateful versus stateless delivery
Connectionless Data Transfer
Connection-Oriented Data Transfer
Initiating a session
Maximum Segment Size
TCP sends and receives windows
Congestion window
Slow start algorithm
Transmission Control Protocol header
Chapter 7: Application Layer
Overview of Ports
Well-known port numbers
Understanding Sockets
Bidirectional socket-based communications
Remote Procedure Call

PART II: Working with TCP/IP

Chapter 8: Installing and Configuring TCP/IP
Configuring TCP/IP
Always needed information
Sometimes needed information
Configuring TCP/IP in the Linux World
Installing and Configuring in the Microsoft World
Installing TCP/IP on Microsoft operating systems
Configuring TCP/IP manually
Viewing the IP Configuration
Chapter 9: Automatic Configuration
Overview of Automatic Configuration
Benefits of automatic configuration
Considerations for multisegment networks
Bootstrap Protocol
The BOOTP bootstrap process
Looking at the BOOTP packet
BOOTP-enabled routers
Shortcomings of BOOTP
Dynamic Host Configuration Protocol
DHCP leasing
Scope and server options
The DHCP packet
DHCP server options
Routing DHCP
Chapter 10: Finding Hosts on an IP Network
Overview of Host Names
Basic host names
Fully Qualified Domain Names
Canonical names and aliases
The Local HOSTS File
Format of the HOSTS file
Name resolution
Using DNS to Resolve Host Names
What is a domain?
Name servers
Resolvers
Understanding name space
Zones within the name space
Building a zone file
Iterative and recursive queries
Configuring DNS using the Berkeley Internet Name Daemon
Configuring Windows 2000
NetBIOS Name Resolution
What is a NetBIOS name?
Microsoft's networking components
Resolving NetBIOS names -- Pre-Windows 2000
Resolving NetBIOS names in Windows 2000

Part III: Common TCP/IP Applications

Chapter 11: Providing Internet Access
Overview of Private and Public Internetworks
Private network addressing
The limitations of IPv4
Connecting to the Internet
Internet Service Providers
Using a Firewall
Role of firewalls
Types of firewalls
Common network configurations using firewalls
Using Network Address Translation
Benefits of using NAT
Transparent versus non-transparent
Using a proxy server
Microsoft's Internet Connection Sharing
Virtual Private Networks
Point-to-Point Tunneling Protocol
Layer-2 Tunneling Protocol
Chapter 12: File Utilities
Network File System
NFS overview
NFS services
Security issues in NFS
NFS versions
Configuring an NFS server
Distributed File System
DFS overview
Stand-alone versus domain DFS roots
Configuring DFS on Windows 2000
File Transfer Utilities
File Transfer Protocol
Trivial File Transfer Protocol
Remote Copy Protocol
Chapter 13: Remote Command Utilities
Remote Command Utilities Overview
Telnet
Remote login
Remote shell
Secure shell
Remote execute
Terminal Servers
Sun Ray
Microsoft Terminal Server
Citrix
Chapter 14: Printing over the Network
Printing Overview
Printing in the Linux world
Printing in the Microsoft world
Printing from the client
Configuring an lpd Server
Remote Linux/UNIX printers
The printtool utility
Connecting to a local printer
Connecting to a network interface printer
Print commands
Microsoft Internet Printing Protocol
Administrators
All other users
Chapter 15: World Wide Web Applications and Protocols
Overview of the World Wide Web

Introduction to the Internet

The evolution of the World Wide Web
How the World Wide Web works
HyperText Markup Language
HyperText Transfer Protocol
The World Wide Web Consortium
World Wide Web Applications
Web servers
Applications across the Internet
Languages
Security on the Web
E-commerce on the Internet
Video and Other Advanced Data Types
Streaming audio and video
Considerations regarding streaming
Chapter 16: Getting News and Mail
Overview of the Mail Process
The Simple Mail Transfer Protocol
Post Office Protocol
Internet Mail Access Protocol
Reading your mail
MIME and S/MIME
Pretty Good Privacy
Overview of Network News
Servers and hubs
Network News Transfer Protocol
Netiquette
Chapter 17: Enterprise Information Services
Network Directory Service Overview
The X.500 Standard
Lightweight Directory Access Protocol
Network Information Service
Network Information Service +
StreetTalk Directory Service
Novell's Network Directory Service
Active Directory Service

Part IV: Building and Maintaining TCP/IP Networks

Chapter 18: Choosing Your Addressing Scheme
Evaluating Your Addressing Needs
Physical network configuration
Locations to be serviced
Performance requirements
Private versus Public Addresses
Obtaining Addresses and Connectivity
Calculating Your Address Needs
Subnetting
Calculating the location ID
Computing the subnet ID
Finding the host addresses
A quick look at supernetting
Chapter 19: Designing Routing for Your Network
Some Basics of Routing
The routing table
Building a routing table
Static routing
Deploying Routing
Tying your subnets together
Variable Length Subnet Masking
Connecting remote offices
Dynamic Routing
ICMP Router Discovery
Routing Information Protocol
Internet Gateway Routing Protocol
Open Shortest Path First
Chapter 20: Planning Server Placement
Determining What Services Your Network Needs
Deploying services on your network
Combining services
Planning Load Balancing and Redundancy
Adding more systems
Multihoming systems
Using hierarchical servers
Using clustering
Chapter 21: Understanding Communications
Communications Background
Connecting locations
Building your WAN
Planning for Remote Access
Choosing a dial-in strategy
Working remotely
Chapter 22: Planning for Network Security
Assessing Your Risk
Balancing Security and Usability
Securing Your Network
Encrypting data transmission
Authenticating users
Using encryption and authentication together
Chapter 23: Troubleshooting Network and Connectivity Problems
The Troubleshooting Process
Checking the IP Configuration
Checking the IP configuration for Microsoft Windows
Checking the IP configuration for UNIX systems
Testing Connectivity
Troubleshooting Name Resolution
Troubleshooting host name resolution
Troubleshooting NetBIOS name resolution
Verifying the Client and Server
Chapter 24: Monitoring TCP/IP Networks
Monitoring the Physical Hardware
Considerations for authentication servers
Considerations for file and print servers
Considerations for application servers
Monitoring tools
Tools for Monitoring the Network
Using ping to monitor the network
Using netstat to monitor the network
Using nbtstat to monitor NetBIOS sessions
Working with sniffers to capture network traffic
Simple Network Management Protocol
Community names
The SNMP management system
The SNMP agent
Management Information Base
Tuning TCP Window Size
Chapter 25: Planning for the Future
Looking at IPv6
Changes from IPv4
IPv6 addressing
Wireless Internet
Wireless Datagram Protocol
Wireless Transport Layer Security
Wireless Transaction Protocol
Wireless Session Protocol
Wireless Application Environment
Smart Appliances
Planning for the Future
Appendix: DNS Top-Level Domains
Index

Caractéristiques techniques

  PAPIER
Éditeur(s) IDG
Auteur(s) Rob Scrimger, Paul La Salle, Mridula Parihar, Meeta Gupta
Parution 10/12/2001
Nb. de pages 600
Format 19 x 23,4
Couverture Broché
Poids 936g
Intérieur Noir et Blanc
EAN13 9780764548420
ISBN13 978-0-7645-4842-0

Avantages Eyrolles.com

Livraison à partir de 0,01 en France métropolitaine
Paiement en ligne SÉCURISÉ
Livraison dans le monde
Retour sous 15 jours
+ d'un million et demi de livres disponibles
satisfait ou remboursé
Satisfait ou remboursé
Paiement sécurisé
modes de paiement
Paiement à l'expédition
partout dans le monde
Livraison partout dans le monde
Service clients sav@commande.eyrolles.com
librairie française
Librairie française depuis 1925
Recevez nos newsletters
Vous serez régulièrement informé(e) de toutes nos actualités.
Inscription