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While fewer satellites are needed to cover the earth than in LEO orbits (see below), telephones need more power to reach MEO satellites than to reach LEO satellites Low earth orbit (LEO) satellites are located 400 to 1,000 miles above the earth s surface Their closer prximityto the earth reduces or eliminates apparent signal delay They can pick up signals from weak transmitters, meaning that cellular (wireless) telephones need less power and can use smaller batteries LEO satellites consume less power and cost less to launch than GEO and MEO satellites However, the footprints of LEO satellites are small, requiring many of them in order to cover the earth Table T-43 shows the differences among the three types of satellites Satellite Networks Multiple LEO satellites from one organization are referred to as constellations Many companies are in the process of building.

3. To view which network interfaces are up and running, type the following:

Data_located_on_filegroup --------------------------PRIMARY The object does not have any indexes. No constraints have been defined for this object. No foreign keys reference this table. No views with schema binding reference this table.

0.0028 [xxx.YYY.73.73]

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SELECT ProspectAlternateKey, FirstName, LastName, MaritalStatus, Gender, YearlyIncome, TotalChildren, NumberChildrenAtHome, Education, Occupation, HouseOwnerFlag, NumberCarsOwned, StateProvinceCode FROM dbo.ProspectiveBuyer; ) AS t ON [TM Decision Tree].[Marital Status] = t.MaritalStatus AND [TM Decision Tree].Gender = t.Gender AND [TM Decision Tree].[Yearly Income] = t.YearlyIncome AND [TM Decision Tree].[Total Children] = t.TotalChildren AND [TM Decision Tree].[Number Children At Home] = t.NumberChildrenAtHome AND [TM Decision Tree].Education = t.Education AND [TM Decision Tree].Occupation = t.Occupation AND [TM Decision Tree].[House Owner Flag] = t.HouseOwnerFlag AND [TM Decision Tree].[Number Cars Owned] = t.NumberCarsOwned AND [TM Decision Tree].Region = t.StateProvinceCode WHERE PredictProbability([TM Decision Tree].[Bike Buyer]) > 0.60 AND Predict([TM Decision Tree].[Bike Buyer])=1 ORDER BY PredictProbability([TM Decision Tree].[Bike Buyer]) DESC

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To move data with the Import and Export Wizard, follow these steps: 1. Launch the Import and Export Wizard using one of the preceding methods. 2. Skip past the Welcome to SQL Server Import and Export Wizard by clicking Next. 3. On the Choose a Data Source page, select the source data. If you launched the wizard from Management Studio by right-clicking the database and choosing Task Export Data, the source information is already precon gured with the server and database name. Depending on the source data, the other options on this page will vary. For example, selecting SQL Server Native Client 10.0 allows you to specify the SQL Server, authentication, and database, as shown in Figure 44-19. Click Next to proceed. FIGURE 44-19 Selecting SQL Server Native Client 10.0 as the data source and the AdventureWorks database

To protect the LSP against network failures, the operator can allow the LSP to have backup LSP-Paths. Each RSVP-TE LSP can have up to eight LSP-Paths. One of them is the primary LSP-Path; the rest are secondary LSP-Paths used to protect the primary LSP-Path. If the primary LSP-Path has a failed network resource along the path, the available secondary LSP-Path(s) can forward traffic for the LSP. As mentioned in 3, the RSVP-TE signals explicitly routed LSPs. The Head-End (HE) router decides which nodes the LSP should traverse to reach its destination. One of the benefits of RSVP-TE LSP is that the operator can manipulate the LSP-Path s route calculation by describing a path for an LSP, which is represented by listed loose or strict hops. The Head-End router makes this decision by calculating the path of the LSPPath through consultation with the Interior Gateway Protocol (IGP) database, or by using CSPF with the Traffic Engineering Database (TED), while considering the requirements provided by the path configuration. The calculation result is used to set the value of the explicit routing object (ERO) of the PATH message used by the router to signal the LSP-Path. In an ordinary RSVP-TE LSP-Path, there is only one path decided by the router s calculation. If there is a network element failure along that path, the LSP-Path goes down operationally. The Head-End router must recalculate the new path and then resignal the LSP-Path. The LSP will become operationally up again if the resignal is successful.

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