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Table 5.5 <find_business> Function Arguments DESCRIPTION This argument specifies the maximum number of results that can be returned. This argument represents a collection of search qualifiers that form the criteria of the given operation. The search qualifiers are discussed in more detail in a later section. This argument can be a partial or full name of the business being searched. The name pattern can make use of the wildcard character % as well. Up to five name values can be specified in the argument. In cases when multiple name values are passed, the match occurs on a logical OR basis. The returned <businessList> contains <businessInfo> structures for businesses whose name matches the name value(s) passed in a lexical (leftmost in left to right languages) fashion. IdentifierBag This argument contains a list of business identifier references. The returned <businessList> contains <businessInfo> structures matching any of the identifiers passed (logical OR). categoryBag This is a list of category references. The returned <businessList> contains <businessInfo> structures matching all of the categories passed (logical AND).

The idea is to drag the fields you need into the PivotTable s drop areas. How do you know which field goes where To answer this question, consider two things: what are you measuring, and how do you want it presented. The answer to the first question will tell you which fields in your data source you will need to work with, and the answer to the second question will tell you where to place the fields. For example, if you want to measure the amount of revenue by region, you automatically know that you will need to work with the Revenue field and the Region field. In addition, you want regions to go down the left side of the report and revenues to be calculated for each region. Therefore, you know that the Region field will go into the Row area, whereas the revenue field will go into the Detail area. Now that you know what you need, start by selecting the Region field from your field list and drag it to the Row area as shown in Figure 4-8.

Recommendation ITU-R SA.1279: "Spectrum sharing between spaceborne passive sensors and inter-satellite links in the range 50.2-59.3 GHz"; Recommendation ITU-R S.1326: "Feasibility of sharing between the ISS and the FSS in the frequency band 50.4-51.4 GHz".

Step 1: Finding and Downloading the Binaries Step 2: Copy the File to the Apache Modules Directory Step 3: Edit the Apache Configuration File Step 4: Edit the Tomcat Configuration File Step 5: Create a workers.properties File Step 6: Restart the Servers

<!-- Clean everything. --> <target name= clean depends= init > <delete dir= ${project.build.dir} quiet= true /> <delete dir= ${project.dist.dir} quiet= true /> <delete dir= ${project.gen-src.dir} quiet= true /> <delete dir= ${project.gen-meta.dir} quiet= true /> <mkdir <mkdir <mkdir <mkdir <mkdir </target> dir= ${project.build.dir} /> dir= ${project.build.classes.dir} /> dir= ${project.dist.dir} /> dir= ${project.gen-src.dir} /> dir= ${project.gen-meta.dir} />

The drift rate of the short rate at node (i, j), i,j , at time i t can then be computed as i,j = ( (i t) a(i t)ri,j ) t once the drift parameters, (i t) and a(i t), are determined. The transitional probabilities from nodes at time i to nodes at time (i + 1) t are shown to be piu, j = pimj , pid j , 2 t + 2