Windows 2000 Or Windows 2003 Domain

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For local area systems where data isn’t likely to be dropped, it makes sense to push serialization and guaranteed delivery up to higher-level protocols that are less efficient because they won’t be used often anyway. But in wide area networks like the Internet, it would simply take too much time for higher-level protocols to sort out what data had been sent and what was missing, so the transport protocol takes measures to guarantee that all the data gets through in order.

A number of protocol stacks are used in the world’s networks today. Besides NetWare, Apple- Talk, NetBIOS, and TCP/IP, there are a bunch of specialty ccna exam
protocols such as IBM’s Systems Net- work Architecture (SNA), Digital’s (now HP/Compaq’s) DECnet, and others. Even though these protocols actually work at different levels of the OSI model, they fall neatly into three distinct groups, as shown in the following list and in Figure 1.13:

Application protocols provide for application-to-application interaction and data exchange.

Network protocols handle issues such as routing ...
... and addressing information, error checking, and retransmission requests.

This protocol has been replaced with Windows Firewall. Static IP filter APIs for Routing and Remote Access

The SPAP, EAP-MD5-CHAP, and MS-CHAP v1 authentication protocols for PPP-based connections

This list of removed technologies is always subject to change. Microsoft may remove support for additional technologies because of technical or other reasons.

Microsoft Windows 2008 supports TCP/IP version 4 microsoft exam
and TCP/IP version 6 networking protocols. TCP/IP is a complex transport sufficient for globe-spanning networks such as the Internet, and Microsoft is doing everything possible to position TCP/IP as a one-size-fits-all network protocol. TCP/IP is required to use Active Directory and is the default protocol for Windows Server 2008.

TCP/IP is actually two sets of protocols bundled together: the Transmission Control Pro- tocol and the Internet Protocol. The U.S. Department of Defense’s Advanced Research Projects Agency (ARPA, or later DARPA) developed TCP/IP and its suite of protocols beginning in 1969. The original goal was to develop network protocols that were robust enough to route communications around damage caused by nuclear war. That design goal was never tested, but some aspects of that design have led to the redundant, distributed whole we call the Internet.