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Before you test your code, check the text filenames, including the case, and be sure they are placed in the same folder as the ASPX and ASPX.CS files as shown in Figure 17-3. As long as the filenames match those in the string array, ads, your application will function as expected. Figure 17-4 shows what you will see when you test your application. You have to wait 5 seconds for the first message to appear because the interval is set to 5000 milliseconds (5 seconds). Then, every 5 seconds a different random message appears. If random chance twice or more in a row selects the same message, the change is so fast that it will look like no change at all occurred! That s because only the text is updating, not the whole page.

2. This launches an empty MMC. Move to the File menu and select Add/Remove Snap-in. In the 4 Snap-in dialog box, click the Add button. Select the snap-in or snap-ins you require for example, Active Directory Users and Computers. Close the Add 4 Snap-in dialog box when done. 3. Many snap-ins include extensions. To view extensions, use the Extensions tab. Deselect all of the extensions that are not required. For example, if you are delegating user management in AD, you do not need any of the Active Directory Users and Computers extensions. Click OK when done. 4. Save your console (File | Save) and give it an appropriate name. Select the OU you want to delegate, right-click on it, and select New Window from Here from the context menu. Close the former window so that only the new window is open. 5. Next, create a Taskpad view for the console. Right-click on the OU and choose New Taskpad View from the context menu. This launches the Taskpad Wizard. Click Next.

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from things,this will provide the opporlunityto highlight their similaritiesand differences ln to a numericalperspective. addition,the materialwill haverelevance the next paft of the book where we will cover differentialequations. Although differentiationis taughtbeforeintegrationin calculus.we reversetheir order First, we havealreadyintroduced in the following clrapters. do this for several We reasons. in it you to the basicsof numericaldifferenltiation Chap.4. Second. part because is much in a less sensitiveto roundoff errors, integrationrepresents more highly developedareaof numericalmethods.Finally, althoughnumericaldifferentiationis not as widely employed, Hence,it makes it does have great significancefor the solution of differentialequations. in sense cover it as the last topic prior to describingdifferentialequations Part Six. to

In position aiding methods, a measurement which is linearly related to the position is compared with the same linear combination of the INS computed positions to compute a measurement residual. The measurement residual is used to drive a Kalman lter to estimate the INS and sensor error states. In this approach, the formulation of the measurement residual and the model relating the measurement residual to the error state appears to be straightforward. However, the designer should be very careful. Assume that the position measurement is the computed position estimate from a GPS receiver. There are at least two important issues to consider. First, as discussed in Section 8.5, the error in the components of the GPS computed position at a given time instant are correlated with each other. For proper Kalman lter implementation, this correlation should be known and used by the Kalman lter implementation. Unfortunately, this correlation matrix is rarely an output of the GPS receiver. Second, the GPS receiver includes various lters. The code and carrier tracking loops are lters. Also, depending on the receiver settings, the position estimate output by the receiver might itself be the state of a Kalman lter internal to the GPS receiver. Therefore, the error on the GPS estimate of the position may have signi cant time correlation. Without knowing the internal operation of the GPS receiver, this time correlated position error cannot be accurately modeled for INS aiding. Often, GPS receivers will have an optional setting which causes the GPS receiver to output the position solutions pointwise. With this setting, the tracking loops still include lters, but the position measurements are computed at each time using only the GPS satellite measurements available at that time (i.e., no Kalman ltering within the GPS receiver). This setting

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Mail provides four different types of accounts for connecting to different types of mail servers. Table 13-1 gives the details. Table 13-2 explains the properties of the account object. These properties are largely shared by the four account types, but each account type also has some extra settings of its own.

wherea andb arc designated -:16 12, respectively. &s and The result of the intesration is lt -

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