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The database is set up as follows: Q Q Create a new Database called epizza, using the SQL Server 70 Enterprise Manager (Start | Programs j Microsoft SQL Server 70), right-click on Databases and select New Database Execute the script epizza sql, to create the tables and stored procedures Select the new database epizza and then SQL server Query Analyzer, opening the SQL script and executing it by pressing F5 on the keyboard or the green arrow icon on the console

Given the importance of knowing the location of a node in the network, a natural question is whether it would be feasible to determine the location before deployment If so, the location of the node can be preprogrammed into the node before deployment However, this will be unlikely in a majority of the cases Due to random deployment of the nodes in an ad hoc network, the location of each node cannot typically be predetermined Further, in case of sensor networks, sensors are typically quite light and hence could be easily displaced by various environmental factors such as wind or water Mobility of these nodes is also another important factor that has to be considered Thus, in many cases the location of the nodes would have to be determined after their deployment The objective of location determination, also called localization in the following, is to determine the location of one or more wireless devices based on measurements or on observations There have been many localization schemes proposed for wireless networks These schemes typically require methods adapted to the underlying technology allowable or being used in the network These schemes typically consist of two phases namely ranging and computation During the ranging phase, a node in the network gathers information related to its distances from one or more reference points in the network The location of the reference point is assumed to be known The computation phase then consists of the node taking the information gathered during the ranging phase and combining this information with other data such as the known locations of the reference points to compute its location This phase typically involves mathematical operations We next illustrate the above using an example Consider a network that uses radio frequency (RF) signals Consider two nodes A and B in such a network such that node B is the reference point Hence, the location of node B is known During the ranging phase, we nd the distance between these two nodes by determining the time taken by the RF signal (also called the time of ight) to traverse between them and multiplying this by the speed of the RF waves (speed of light) During the computation phase, we then try to estimate the location of node A using the information gathered during the ranging phase in addition to the locations of the reference point(s) such as node B above Unfortunately, in this case the information gathered during the ranging phase is not suf cient for us to achieve the objective of estimating the location of node A As a result the computation phase will be incomplete unless we have some additional information This additional information might be the angle between the two points or the distance of the point in question with two additional points with known locations We show this in Figure 71 by considering just the range information between nodes A and B as well as assuming that the angle of arrival of the signal from node B is known at node A.

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FIGURE 4-6 Commented experiment-protocol script for nn repetitions of the n-dimensional vectorized Monte Carlo simulation in Section 4-11 Note that the n difference-equation state variables xImpact[i] must be reset to 0 for repeated runs

Returning to the Enterprise Manager, you need to create a new Login called epizza, with password epizza To do this, select Security | Logins and right-click for New Login Put epizza both in the Username box and the password box You will also need to specify the Database as epizza Click on the Database Access tab, check the Permit box that is next to epizza This will allow the new login to access the database

Follow these instructions to set up the database connection:

To compute statistics, we declare an M-dimensional combined-sample vector for each random variable of interest, say

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Go to the ODBC Data Source Administrator (Settings | Control Panel | ODBC Data Sources), click on System DSN, and select Add

Q Q Set Name to epizza, Description to epizza, and Server to (local), and click on Next Select With SQL server authentication, set Login ID to epizza, Password to epizza, and click Next

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