TCP/IP and UNIX, both born in the research community, have experienced phenomenal growth and commercial success over the past decade. TCP/IP is the network protocol family of choice on the Internet, the largest and fastest growing data communications network in the world today. UNIX systems, with their mature support of TCP/IP, are a central and growing part of many organizations' networking strategy.
Through a careful blend of network theory and practice, these two network authorities provide readers with the knowledge to understand what TCP/IP is, how it works, and how to use it to build practical and working network systems that are both extensible and maintainable.
Practical Internetworking with TCP/IP and UNIX, the third in the UNIX and Open Systems Series published by Addison-Wesley, describes in detail how to set up and manage a TCP/IP network using the tools available within the UNIX operating system. Systems designers, network administrators, and system programmers will find the TCP/IP knowledge they need in this concise volume.
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Für höhere Schule und Studium
Maße
Breite: 241 mm
Dicke: 21 mm
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ISBN-13
978-0-201-58629-9 (9780201586299)
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Schweitzer Klassifikation
About Smoot Carl-Mitchell
Smoot Carl-Mitchell is a Managing Partner at Texas Internet Consulting.He received his B.A. in Psychology and his M.A. in Computer Sciencefrom the University of Texas at Austin. He has consulted on numerousprojects including network design, installation, and debugging. Healong with his partner also give seminars on networking issues relatedto the growth, development, and use of TCP/IP.
John S. Quarterman and Smoot Carl-Mitchell are partners in Texas Internet Consulting, which consults in networks and open systems with particular emphasis on TCP/IP networks and UNIX systems and standards.
John S. Quarterman is Senior Technical Partner at Texas Internet Consulting, which consults in networks and open systems with particular emphasis on TCP/IP networks, UNIX systems, and standards.He is the author of The Matrix: Computer Networks and Conferencing Systems Worldwide (Digital Press, 1990), and is a coauthor of UNIX, POSIX, and Open Systems: The Open Standards Puzzle (1993), Practical Internetworking with TCP/IP and UNIX (1993), The Internet Connection: System Connectivity and Configuration (1994), and The E-Mail Companion: Communicating Effectively via the Internet and Other Global Networks (1994), all published by Addison-Wesley. He is editor of Matrix News, a monthly newsletter about issues that cross network, geographic, and political boundaries, and of Matrix Maps Quarterly; both are published by Matrix Information and Directory Services, Inc. (MIDS) of Austin, Texas. He is a partner in Zilker Internet Park, which provides Internet access from Austin. He and his wife, Gretchen Quarterman, split their time among his home in Austin, hers in Buffalo, New York, and various other locations.
0201586290AB04062001
I. THEORY.
1. What is TCP/IP?
The ARPANET.
The Internet.
The Internet and the Matrix.
Internet Growth.
Models and Layers.
Protocol Stacks.
API: Application Program Interfaces.
Internet Protocol Specifications.
TCP/IP Technical Bodies.
The IAB Standards Process.
A Final Word.
2. TCP/IP Services.
The Client/Server Model.
The Internet Protocol and Routing.
Naming and Infrastructure.
Communication Services.
Resource Sharing.
Resource Discovery Services.
Network Management.
3. How IP Works: The Key to Internetworking.
IP Addressing.
Message Encapsulation and Framing.
Support Protocols.
Basic IP Routing.
Subnets.
Routing Architecture.
4. Transport Protocol Basics.
The Client/Server Model.
The Transmission Control Protocol.
User Datagram Protocol.
Packet Multiplexing.
Program Interfaces.
5. Naming Hosts and Other Objects.
History of Naming.
Domain Name System.
Services and Port Naming.
The Nameserver Confusion.
II. PRACTICE.
6. Getting Up Basic Network Services.
Physical and Datalink Protocols.
Routers and Bridges.
IP Address Assignment.
Naming Hosts and Other Resources.
7. Electronic Mail.
A General Mail System Architecture.
UNIX Mail System Architecture.
Mail Addressing, Routing, and Transport.
Mail Forwarding Using DNS Support.
Mail Transfer Agent Selection.
8. Sendmail Architecture and Configuration.
Sendmail Architecture.
Configuring Sendmail.
9. Other Network Services.
inetd -- The Server's Server.
Sun Remote Procedure Call.
Sun Network File System.
Line Printer System.
USENET News.
Anonymous FTP.
User Validation.
Syslog in a Network Environment.
Uses of RSH and RCP.
A Simple Client/Server.
III. ADVANCED TOPICS.
10. Macintosh and PC Integration.
Terminal Emulators.
LAN Connectivity.
Setting up NCSA Telnet.
Mail Access.
File Sharing.
11. Managing the Network.
Rdist as a Management Tool.
Managing Userids and Groupids.
Adding New Machines.
Adding a New Network Physical Segment.
Network File System Backups.
SNMP Monitoring.
12. Network Debugging.
Tools for Debugging.
Diagnosing Routing Problems.
Nameservice Problems.
Network Snooping with ping and traceroute.
Broadcast Storms on Ethernets.
Appendix A: Access.
Anonymous FTP.
Archie.
The InterNIC.
Mail Document Servers.
Registration Templates.
More Online and Registration Information.
Appendix B: Program Listings.
Nameserver Database Programs.
Debugging Program Listing.
Glossary.
Index. 0201586290T04062001
