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In the rst step, we used x = eu to note that, when x = 0, u = , and when x = 1, u = 0 To see how this works note that, ln x = ln(eu ) = u, x = 0 u = ln 0 = Now

Summary

Figure 9-19 Dumb terminal (photo courtesy of DVQ)

0 t dt = e t 0 1 + n (1 + n) t = e t dt 2 0 (1 + n) 1 = e t t dt 2 0 (n + 1)

In this chapter, we reviewed the basic components of key naming services, including DNS and DDNS, NetBIOS NBT name services, WINS, and DHCP We also took a look at how each of these services works independently, as well as with each other, to provide a "seamless" set of naming services We covered workgroup name resolution and how it differs from large-scale name services We learned how to forward broadcasts on a Cisco network so that workgroups can see each other in the absence of WINS or DDNS In addition, we studied the methods of each service for delivering information to the client, and how the services communicate We also discussed several basic design options for the naming services and how the newest Windows 2000 and Cisco CNR DNS/DHCP tools are configured in their brand-new interfaces Next up is the last chapter in this section 12 deals with designing Windows 2000 domains to fit your business needs It also focuses on special issues in migrating from NT 40 to Windows 2000

Operating systems didn t have windows and pretty icons The interface to the mainframe was a command line, but it worked just fine for the time The cavemen who first lifted their heads up from the computer ooze known as mainframes said to themselves, Wouldn t it be great if we could access each other s computers from the comfort of our own caves That was what started the entire concept of a network Back then the idea of sharing folders or printers or Web pages wasn t even yet considered The entire motivation for networking was so people could sit at their dumb terminals and, instead of accessing only their local mainframes, access totally different mainframes The protocol to do this was called the Telnet Protocol or simply Telnet Even though PCs have replaced mainframes for the most part, Telnet still exists as the way to connect remotely to another computer via the command line (Figure 9-20) Telnet runs on TCP port 23, enabling you to connect to a Telnet server and run commands on that server as if you were sitting right in front of it

This way, you can remotely administer a server and communicate with other servers on your network As you can imagine, this is sort of risky If you can remotely control a computer, what is to stop others from doing the same Thankfully, Telnet does not just allow anyone to log on and wreak havoc with your network You must enter a user name and password to access a Telnet server Unfortunately, Telnet does not have any form of encryption If someone intercepted the conversation between a Telnet client and Telnet server, he or she would see all of the commands you type as well as the results from the Telnet server As a result, Telnet is rarely used on the Internet and has been replaced with Secure Shell (SSH), a terminal emulation program that looks exactly like Telnet but encrypts the data NOTE Telnet only enables command-line remote access, not from a GUI If you want to access another computer s desktop remotely, you need another type of program