A new edition of this title is available, ISBN-10: 0672329964 ISBN-13: 9780672329968
As the Internet continues to expand its reach, more and more users, administrators, and programmers need to learn about TCP/IP ? the core standard behind the Internet, and the dominant protocol for networks throughout the world.
Sams Teach Yourself TCP/IP in 24 Hours provides a clear and concise introduction to TCP/IP. It is accessible enough for non-technical readers, yet specific enough for technical readers who are looking for a solid foundation in TCP/IP.
This edition adds coverage of recent developments that affect TCP/IP. New topics added include: wireless networking, spam control, broadband, and peer-to-peer networking technologies.
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Verlagsgruppe
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Maße
Höhe: 230 mm
Breite: 186 mm
Dicke: 29 mm
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ISBN-13
978-0-672-32565-6 (9780672325656)
Copyright in bibliographic data and cover images is held by Nielsen Book Services Limited or by the publishers or by their respective licensors: all rights reserved.
Schweitzer Klassifikation
Joe Casad is an engineer who has written widely on computer networking and system administration. He is the editor-in-chief of C/C++ Users Journal, technical editor of SysAdmin Magazine, and senior editor of UnixReview.com. His previous books include Sams Teach Yourself TCP/IP in 24 Hours, Second Edition, MCSE Windows NT Server and Workstation Study Guide, MCSE Networking Essentials Training Guide, Windows NT Server 4.0 Professional Reference, Windows 98 Professional Reference, and Network Professional's Library: Active Directory.
Introduction.
I. TCP/IP BASICS.
Hour 1. What Is TCP/IP?
Networks and Protocols. The Development of TCP/IP. TCP/IP Features. Standards Organizations and RFCs. Summary. Q&A. Key Terms.
Hour 2. How TCP/IP Works.
The TCP/IP Protocol System. TCP/IP and the OSI Model. Data Packages. A Quick Look at TCP/IP Networking. Summary. Q&A. Key Terms.
II. THE TCP/IP PROTOCOL SYSTEM.
Hour 3. The Network Access Layer.
Protocols and Hardware. The Network Access Layer and the OSI Model. Network Architecture. Physical Addressing. Anatomy of a Frame. LAN Technologies. Other Network-Access Technologies. Summary. Q&A. Key Terms.
Hour 4. The Internet Layer.
Addressing and Delivering. Internet Protocol (IP). Address Resolution Protocol (ARP). RARP. Internet Control Message Protocol (ICMP). Summary. Q&A. Workshop. Key Terms.
Hour 5. Subnetting.
Subnets in TCP/IP. Converting a Subnet Mask to Dotted Decimal Notation. Working with Subnets. Classless Internet Domain Routing. Summary. Q&A. Key Terms.
Hour 6. The Transport Layer.
Introducing the Transport Layer. Transport Layer Concepts. Understanding TCP and UDP. A Note About Firewalls. Summary. Q&A. Key Terms.
Hour 7. The Application Layer.
What Is the Application Layer? The TCP/IP Application Layer and OSI. Network Services. APIs and the Application Layer. Operating Environments and the Application Layer. TCP/IP Utilities. Summary. Q&A. Key Terms.
Hour 8. Dial-Up TCP/IP.
A Look at Modems. Serial Line Internet Protocol (SLIP). Point-to-Point Protocol (PPP). Summary. Q&A. Key Terms.
III. NETWORKING WITH TCP/IP.
Hour 9. Network Hardware.
Divided Networks. Routing in TCP/IP. Network Address Translation (NAT). Summary. Q&A. Key Terms.
Hour 10. Routing.
Introduction to Routing in TCP/IP. Recapping Routers. Routing on Complex Networks. Examining Interior Routers. Classless Routing. Summary. Q&A. Key Terms.
Hour 11. Name Resolution.
What Is Name Resolution? Name Resolution Using Hosts Files. DNS Name Resolution. Registering a Domain. Managing DNS. Dynamic DNS. NetBIOS Name Resolution. Methods for NetBIOS Name Resolution. Testing NetBIOS Name Resolution. Other Name Resolution Services. Summary. Q&A. Workshop. Key Terms.
Hour 12. Dynamic Host Configuration Protocol (DHCP).
The Case for Server-Supplied IP Addresses. What Is DHCP? How DHCP Works. Configuring DHCP. Summary. Q&A. Key Terms.
IV. TCP/IP UTILITIES.
Hour 13. Connectivity Utilities.
Connectivity Problems. Protocol Dysfunction and Misconfiguration. Line Problems. Name Resolution Problems. Network Performance Problems. Traceroute. Using Connectivity Utilities to Troubleshoot Problems. Summary. Q&A. Workshop. Key Terms.
Hour 14. File Transfer and Access Utilities.
File Transfer Protocol. Trivial File Transfer Protocol. Remote Copy. Integrating Network File Access. Summary. Q&A. Workshop. Key Terms.
Hour 15. Remote Access Utilities.
Telnet. Berkeley Remote Utilities. New Directions in Remote Access. Summary. Q&A. Key Terms.
V. TCP/IP AND THE INTERNET.
Hour 16. The Internet: A Closer Look.
How the Internet Looks. What Happens on the Internet. Summary. Q&A. Key Terms.
Hour 17. HTTP, HTML, and the World Wide Web.
What Is the World Wide Web? A Closer Look at URLs. Understanding HTML. Understanding HTTP. Advanced HTML Techniques. XML. The New Web. Summary. Q&A. Workshop. Key Terms.
Hour 18. Email.
What Is Email? How Email Looks. How Email Works. Simple Mail Transfer Protocol (SMTP). Retrieving the Mail. Email Readers. Web-Based Email. Spam. Summary. Q&A. Workshop. Key Terms.
Hour 19. What Hackers Do.
What Is a Hacker? What Do Hackers Want? Getting Passwords. Other Access Techniques. Getting Comfortable. Getting Ready for the Next Attack. Attacking a Network. Denial-of-Service Attacks. Summary. Key Terms.
VI. ADVANCED TOPICS.
Hour 20. TCP/IP Security.
Encryption. Securing TCP/IP. Virtual Private Networks (VPNs). Kerberos. Summary. Q&A. Key Terms.
Hour 21. Network Management Protocols.
Simple Network Management Protocol. Remote Monitoring. Summary. Q&A. Key Terms.
Hour 22. Wireless Networks.
802.11 Networks. Wireless Application Protocol (WAP). Bluetooth. Summary. Q&A. Key Terms.
Hour 23. Recent and Emerging Technologies.
TCP/IP in the Future. IPv6. The View from the Client. The View from the Server. Web Services. What Is a Computer Anyway? Summary. Q&A. Key Terms.
Hour 24. -Implementing a TCP/IP Network-Seven Days in the Life of Maurice.
A Brief History of Hypothetical, Inc. Seven Days in the Life of Maurice. Summary. Q&A.
Index.
