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In spite of these comments made in hindsight, the global telecom networks amount to close to a trillion-dollar industry that is still robust because of mobile telephony. Most of the Internet traffic is also still carried on telecomtype transmission systems, such as on SONET or SDH links. The growth of telecom transmission systems in developed countries is, however, predominantly because of the Internet, and this indicates the probable near-term end of the life cycle for most telecom networks (except for mobile phone networks). The end of the life cycle for telecom networks can probably be explained by the absence of new services that has been observed for some time. Figure 3.2 shows an example of the architectural concepts in the telecom industry. The IP Multimedia Subsystem (IMS) is chosen as the reference architecture for third generation (3G) mobile telephone networks in the 3GPP organization (see www.3gpp.org). As of this writing, similar concepts are also under development in the telecom standards organizations ETSI and ITU-T (NGN groups). Explaining this architecture is beyond the purpose of this book, and explanations can be found in many online resources, for example in magazine articles such as in reference [1]. The IMS architecture diagram is shown here only to illustrate the following points:

The architecture and protocols of the Internet multimedia conferencing architecture have been discussed in this chapter. Internet multimedia leverages the entire suite of protocols that include network protocols and application-level protocols for real-time Internet multimedia communications. Internet multimedia makes use of various network and transport layer protocols, such as IP multicast and protocols for quality of service such as Differentiated Services. RSVP may be used for QoS in private IP networks of limited size, while MPLS is a controversial protocol when it comes to interdomain communications. The family of Internet application layer protocols: RTP/RTCP, SAP, SDP, SIP, and others were developed for multimedia in this architecture.

variable = new objectType(parameters)

as the average value. Techniques such as regression trees make predictions in this manner. Another approach is illustrated in chart D, where similar observations from the training data to the observation to be predicted are identi ed and a prediction is made based on the average response values from this set. kNN uses this approach to make predictions. Figure 4.3 illustrates a number of classi cation approaches. In chart A, the independent variable space is characterized by grouping similar observations. A prediction is made by deciding what similar observations are present in the training set, and then using the mode response value from these observations as the predicted classi cation. Again, the kNN method is an example of this approach. Similarly, the training data could have been divided into speci c regions based on a good classi cation

100

11 INVITE Proxy-Auth : 1

(14.34)

import javax.servlet.*; import javax.servlet.http.*; public class SuperSnoop extends HttpServlet { private String makeTitle( String title ) { return new String( <H2> +title+ </H2>\n ); } private String makeRow( String left, String right ) { StringBuffer sb = new StringBuffer(128); sb.append( <tr>\n ); sb.append( \t<td> +left+ </td>\n ); sb.append( \t<td> +right+ </td>\n ); sb.append( </tr>\n ); return sb.toString(); }

{=TRANSPOSE({1,2,3,4;5,6,7,8;9,10,11,12})}

(13.73)

When discussing template engines, there s no way we could forget to discuss the Jakarta-Apache group s contribution: Velocity. Velocity is a Java-based template engine similar to the previous templates engines we have examined; in fact its concept came from WebMacro. Also, like Tea and WebMacro, Velocity enforces the separation of the presentation and data-acquisition layers. Velocity provides some truly stellar capabilities, including the ability to generate SQL, PostScript and XML, and also serves as the template engine for the Turbine development framework. Velocity can also be very useful outside the Web application development arena. The summary information for Velocity is shown in the following table.

3. Switch back to your working directory and compile the examples that came with this distribution by going into the \build directory and executing the ant examples command. 4. Test your Velocity installation by installing the SampleServlet application that came with the distribution by copying SampleServlet .class to TOMCAT_ROOT \webapps\freeJ2EE\WEB-INF\classes, and sample.vm to the TOMCAT_ROOT \webapps\freeJ2EE directory. 5. Create the following web.xml file, and place it into the WEB-INF directory.

its speed was the reason for its curve became a national debate, and the results of his work were published in the American Journal of Physics5 That s worth noting, Katie smiled As they returned to the business office, he briefly explained his heuristic user interface engine that had successfully lured almost 30% of the team to begin to use the technology That s worth noting, too she said, tapping a few words into her Palm Pilot Bob reminded himself to mention the Sunday article to Ted Lattimore, who would be pleased with the publicity Then his mind slipped back into thinking about the afternoon meeting and the decision he would have to make You were just distracted by something, Katie said intuitively, is everything all right Bob said that things were fine, he just had a lot on his mind, and she looked relieved.