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Figure 11-8: WINS in a LAN environment In this example, the two WINS servers are configured as push/pull replication partners The highbandwidth network connection allows replication to occur often, so we'll configure the servers to replicate every 5 to 15 minutes and after every 5 to 15 record changes This configuration ensures that the entire WINS environment is synchronized within 15 minutes or when 15 records have changed

This follows from the recursion relation for the gamma function, which holds for any z (not just integers): ( z + 1) = z ( z ) (113)

One of the great challenges to authentication is getting the two ends of the authentication process to handle the many different types of authentication options The Extensible Authentication Protocol (EAP) was developed to help two devices negotiate Despite the name, EAP is not a protocol in the classic sense, but rather it is a wrapper that EAPcompliant applications can use to accept one of many types of authentication While EAP is a general-purpose authentication wrapper, its only substantial use is in wireless networks

When replicating over a WAN, limited bandwidth and network reliability are at issue more specifically, it's the balance between keeping the WINS environment synchronized and keeping the network utilization as low as possible A well-managed (cost vs bandwidth vs reliability) WAN environment, like the example in Figure

(See 16, Wireless Networking, to see where EAP is used) EAP comes in various types, but currently only six types are in common use:

EXAMPLE 111 Prove the recursion relation in Eq (113) for the gamma function SOLUTION This can be done using the de nition in Eq (111) We calculate ( z + 1): ( z + 1) = t z e t dt

EAP-PSK Easily the most popular form of authentication used in wireless networks today, EAP-PSK (Personal Shared Key) is nothing more than a shared secret code that s stored on both the Wireless Access Point (WAP) and the wireless client, and encrypted using the powerful AES encryption (Figure 11-27) See 16 for the scoop on WAPs and EAP

11-9, usually has just slightly more bandwidth available than is needed most of the time Network administrators try to ensure that the delays associated with occasional overutilization are minimal One way to keep unnecessary traffic off the wire is to keep your WINS environment from replicating frequently over the WAN It becomes a balancing act of stretching out replication intervals as far as possible without influencing the working of the WINS environment

Now notice what happens if we take the derivative of the integrand: d z t (t e ) = z t z 1e t t z e t dt It follows that t z e t = z t z 1e t d z t (t e ) dt

EAP-TLS EAP with Transport Layer Security (TLS) defines the use of a RADIUS server as well as mutual authentication, requiring certificates on both the server and every client On the client side, a smart card may be used in lieu of a certificate EAP-TLS is very robust, but the requirement of having certificates on the client side is an administrative challenge Even though it s a challenge, the most secure wireless networks all use EAP-TLS EAP-TLS is only used on wireless networks, but TLS is used heavily on secure Web sites (see the section SSL/TLS later in this chapter) Figure 11-28 shows a typical EAP-TLS setup for a wireless network