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IP address and naming services such as the Domain Name System (DNS), Windows Internet Naming Service (WINS), and Dynamic Host Configuration Protocol (DHCP) play a very important role in TCP/IP-based networks At the simplest level, DNS is used by applications on client workstations, hosts/servers, routers, and other devices to resolve people-friendly host names such as mailserverabigcompanycom or router01abigcompanycom to the long string of numbers in IP addresses (and vice versa) Once an address is determined, the communicating device can send packets to the destination device using its IP address An IP network can be functional without DNS, but its users would have to remember and use the IP addresses of destination devices If the destination device were to be moved to another subnetwork, requiring an address change, all parties would have to be notified of and start using the new address With DNS, devices can be moved and keep their same names DNS also supports other network functions, such as reverse lookup, and provides support for resolving e-mail addresses, as discussed later in this chapter WINS, like DNS, is a naming service that maps names to network addresses WINS, however, does its work to reduce or eliminate the need for broadcast traffic generated by NetBIOS-based networks, including those using Windows networking The WINS service is available to all Microsoft-based network clients, and to WINS-compliant non-Microsoft clients Later we will see how to set up and configure this necessary but somewhat cantankerous service on Windows NT/2000 servers DHCP provides a mechanism for automating the assignment of important IP information such as IP addresses and the default gateway This protocol is commonly used to deliver address information

This is a M bius transformation as in Eq (95) with a = 0, b = 1, c = 1, and d = 1 + i EXAMPLE 95 Construct a M bius transformation that maps the unit disk to the left half plane Re( z ) < 0 and one that maps the unit disk to the right half plane Re( z ) > 0 SOLUTION The rst transformation we want to consider is illustrated in Fig 923 First we consider the boundary of the disk, which is the unit circle, that is the set of points | z | = 1 For the transformation shown in Fig 923 to work, we must map the points on the unit circle to the imaginary axis In the form of a M bius transformation, the mapping will be of the form Tz = az + b cz + d

In computer security, a hash (or more accurately, a cryptographic hash function) is a mathematical function that you run on a string of binary digits of any length that results in a value of some fixed length (often called a checksum or a digest) A cryptographic hash function is a one-way function One-way means the hash is practically irreversible You should not be able to re-create the data even if you know the hashing algorithm and the checksum A cryptographic hash function should also have a unique checksum for any two different input streams (Figure 11-10)

to workstations and printers every time they boot up Although there are additional benefits to running DHCP and naming services (DNS, Dynamic DNS, or WINS) in a Windows NT/2000 only environment, most environments include non-Microsoft clients It is important to understand the fundamentals of these services so a solution can be designed and installed that includes integrated support for IP-enabled Apple computers, printers, UNIX hosts, and other network devices Since running these services on a network can be quite complex, we'll look at some Microsoft and Cisco applications that ease those administration headaches In the past, it was necessary to manually configure files containing the DNS records Now, with Microsoft's DNS and Cisco's Network Registrar, the tasks of adding, modifying, and deleting records is done using various dialog boxes and forms This greatly reduces the potential for error when manipulating record information Cisco's Network Registrar and Microsoft's Integrated DNS, WINS, and DCHP management tools are reviewed in this chapter Finally, we'll walk through the steps necessary to configure Cisco devices to use DNS as a client We'll also cover several router and switch configuration parameters used in facilitating the use of IP addressing services on the network, such as the ip helper and dhcp server configuration commands

This transformation has a pole located at the point z = d /c We are free to pick a point on the unit circle to map to the pole, so we choose z = 1 With this choice we have the freedom to x c and d, so we choose c = 1, d = 1 So Tz = az + b z 1