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In three-tier architectures, the client function is in the rst tier, an Application server (such as the open source JBOSS or IBM Websphere) resides in the second tier, and the database (or distributed database) resides in the third tier For the client tier, there are two major architectural choices: thick client or thin (web) client In thick client architectures, we can run a stand-alone application that requires preinstallation This approach can provide a rich GUI platform and potentially better control over security because the application lters and formats user input and controls the information passed to the second tier However, there are attacks where rogue code eavesdrops on and/or impersonates the rst tier, so tier-to-tier communication must be both encrypted and authenticated.

This example demonstrates how to create a ListBox in which the contents change depending on the user s selection from a group of OptionButtons. Figure 14-11 shows the sample UserForm. The ListBox gets its items from a worksheet range. The procedures that handle the Click event for the OptionButton controls simply sets the ListBox s RowSource property to a different range. One of these procedures follows:

In thin or web-based client architectures, the user interacts with a web browser and leverages scripting languages, such as JavaScript, and active code downloads, such as Java and ActiveX, to validate user input and perform other computation This opens up a potential entry point for malicious code from a compromised website that can compromise the client system As in the thick client case, we must encrypt and authenticate the communication between web client and server, often by using TLS In three-tier architectures, the application server in the second tier is often given unrestricted access to the database in the third tier because the application server is acting on behalf of all users This, however, risks database compromise as a consequence of application server compromise.

Note that the DS0 to DS1/T1 multiplexer uses the byte interleaving technique, whereas the DS1 to DS3/T3 multiplexer uses the bit interleaving technique for multiplexing the information from the channels [1] The requirement of 50 msec restoration time for transport was derived from the fact that any loss of information or fault with a duration of less than 50 msec in the transport network would not trigger any action such as call drop or rerouting of trunks at the lowest (T1 to T3 at the digital crossconnect system, etc) multiplexing level This also helps maintain the one-way end-to-end (ETE) delay of 150 msec, which is required to guarantee toll-quality (ie, a MOS value of 40) voice signal transmission This type of overprotection and overdesign guarantees both stability and higher-quality LD voice tra c transmission, but the cost of service is also very high (eg.

The data security model is often implemented in the application server on individual objects, with the database acting as a general purpose repository for the object persistence..

, 25 to 30 cents per minute for a telephone call from Boston, Massachusetts, to San Francisco, California) With the advent of VoIP, various next-generation LD service providers are deploying an IP-based transport network or leasing IP-based transport capacity along with the required network elements These network elements interact with the transmission, call control, and feature servers of the PSTN network to deliver LD voice service of varying quality at a fraction of the cost of a telephone call from Boston to San Francisco In addition, using appropriate shared redundancy, it is possible to achieve sub-50-msec restoration of transport services The customer can use 10-10-xxx based dialing, or they can dial a local phone number or a toll-free number (eg, 1-800 or 1-888) to reach the desired IPbased call server.

Figure 1.4 Layout for a randomized block design (RB-3 design). Each block contains three girls who are overweight by about the same amount. The three girls in a block are randomly assigned to the treatment levels. The mean weight loss in pounds for the girls in treatment levels a1, a2, and a3 is denoted by Y 1 , Y 2 , and Y 3 , respectively. The mean weight loss for the girls in Block1, Block2, . . . , Block15 is denoted by Y 1 , Y 2 , . . . , Y 15 , respectively.