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and IPv6 addresses. Several targets can be identi ed by a list of <msid> or, alternatively, as a range of consecutive numbers of a particular scheme (which is useful, for example, if the trucks of a eet have been assigned consecutive MSISDN numbers by an operator). In the example, the request con gures the location server to send periodic reports with a frequency speci ed by <interval> and for the time frame given by <start time> and <stop time>. In the next steps, the request contains a closer speci cation of the desired quality and format of location data. The quality is de ned by the <qop> element, and, in this example, contains only the horizontal accuracy in meters. However, MLP provides for the speci cation of various other quality parameters like latitude and longitude accuracy in seconds, the maximum allowable age of location data, or accuracy of altitude in meters. The spatial reference system that the location data refers to is de ned in the <geo info> element. In its current version, MLP has adopted the EPSG code space. The identi er 4326 refers to WGS-84. Finally, <pushaddr> contains the address of the host to which the reports should be sent. The element <loc type> speci es whether the location server should execute positioning in order to obtain the current position of the target (CURRENT), or whether the location data that has been cached in the location server (LAST should be returned). The <prio> element de nes whether the request should be processed with normal or high priority. Upon arrival of a triggered location reporting request, the location server generates a request identi er and returns it to the LCS client in a triggered location reporting answer:

Installing and configuring even commercial enterprise platforms is often a challenge. Configuring the J2EE environment to work with the needed databases and messaging systems and making certain that everything is working is often difficult, even when most of the components come from the same vendor. This task is made more difficult when each of the components is separate and derived from an independent source, and that difficulty is exacerbated when you re dealing with open source software to boot. The focus of the book is on platform architecture and assembling and validating the components required to build a platform that can be used to develop and deploy Java-based, enterprise-class applications using open source and freely available tools and components. The following sections discuss the contents of this book and show you how to get the most out of it.

Execute the code and verify its successful running by performing the following steps: Enter the username John Pearson and the password. Click the Submit button. Observe that you are directed to the Welcome page of the site with the username being displayed in capital letters. The current date is also displayed on the Web page. Figure 6.6 displays the Welcome page with the username and the current date.

Assessing the signi cance of the relationship between the independent variables and the response is an important step. An F-test is most often used, based on the following hypothesis: H0 : b1 b2 bK 0 Ha : At least one of the coefficients is not equal to 0 The null hypothesis states that there is no linear relationship between the response and the independent variables. If the null hypothesis is rejected, it is determined that there is a signi cant relationship. An F-test is performed using the mean square regression (MSR) and the mean square error (MSE). The formula for MSR is: MSR The formula for MSE is: MSE SSE n k 1 SSR k

Cleaning up after a mistake No matter how hard you try, you always end up making mistakes. Sometimes you need to make a clean start for testing purposes. In these situations you need to strip the server clean and start again. The reference implementation provides the cleanup tool to enable you to do this. This tool has no options and will remove all the configuration information from the server, so use it with caution. Once you have run the tool, the server does not contain any deployed applications. In order to use your applications, you will need to re deploy them again using the deployment tool.

Array antennas used for satellite earth stations are categorized as follows. 1) Categorization with respect to radiation elements There are many type of antennas with respect to the radiation elements. Typical radiation elements used for satellite earth stations are as follows. a) Printed array (Figure 7.21); b) Waveguide slot array (Figure 7.22) etc. 2) Array antennas are categorized as to whether the phases of the element excitation are fixed or variable a) array antenna with fixed phase excitation; b) array antenna with variable phase excitation (Figure 7.23). Array antennas categorized as b) are called "phased array antennas" and have a capability of beam scanning.