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The next page in the Create a Cycle wizard is the Define Data Entry Scope page On this page you ll select the Time dimension members and Scenario dimension members to unlock for data entry in the newly created cycle The values you enter on this page determine which cells in the Planning Forms are open for data entry by end users when they open their Assignments Clicking the Edit button to the right of the Data Period: Start: text box in this page will open the Select Member dialog box which shows all the members within the YQM member set from the Time dimension that was selected for the CorpBudget model Only the leaf-level members of the Time dimension member set can be picked for the data entry period start and end dates This is another consideration in the selection of the appropriate time member set in the model In our example YQM member set, Months are the leaf-level members If the Planning applications within your corporation need a different granularity of time for planning, budgeting, or forecasting purposes, the Time dimension member set should be defined and selected accordingly within the model For the purpose of the examples in this chapter, the Time dimension member January Year2008 is selected as the starting month which will be unlocked for data entry for all the form assignments within this cycle The dimension member can be selected by checking the check box next to the appropriate Time dimension member in the Select Member dialog box Similarly, the Time dimension member December Year2008 is selected as the ending month which will be unlocked for data entry The selection of January Year2008 and December Year2008 as the start and end time members for the data entry scope means that all the cells that belong to Time dimension members January 2008 through December 2008 are unlocked for data entry within the form assignments for this cycle This will be demonstrated later in this chapter when we discuss the actual data entry and submission The Scenario dimension member that defines the unlocked cells for data entry is selected in a similar manner The scenario dimension member Budget was selected to define the data entry scope for the purpose of the examples in this chapter Figure 7-30 shows the data entry scope that is selected for the Corporate Budget 2008 cycle described in this chapter The next page in the Create a Cycle wizard is the Start and End Date page This is where the cycle start date and end date are defined This is not to be confused with the data entry scope dates defined in the previous page The cycle start and end date determines how long a cycle is available to the users for entering and submitting data In a typical corporate scenario, the budgeting analyst will have a two- to three-month window during to enter the budget for the next year This two- to three-month window is captured in the cycle Start and End Date page, whereas the next year for which the budgeting is done is captured in the previous data entry scope definition page The start date of December 1, 2007 and an end date of January 31, 2008 is selected as the cycle start and end dates for the purpose of the examples in this chapter.

we decided our first step should be getting the motors; we could design the robot around them We decided to use cordless drill motors in our bot My friend Larry Barello, a FIRST competition mentor, recommended that we use Bosch or Dewalt drill motors After some searching, we found a Bosch 18-volt cordless drill that had a stall torque of 430 in-lb, and a no-load speed of 500 RPM Some quick calculations showed that with 8-inch diameter wheels, our robot would top out at 12 MPH, which is pretty quick for a robot After spending $400 on the first two drills, we decided to get the rest of them from a local Bosch repair facility We now had the replacement part numbers and all we needed was the electric motors and gearboxes Why spend the extra money on the case, batteries, and the drill body and chuck since we were not using them

Transferred common channel signaling information from the PSTN to the RF portion of the Iridium network Transferred line and address signaling information from the PSTN to establish circuit switched calls Supplied in-band tones and announcements to PSTN users calling onto the Iridium network with necessary progress tones and conditions Digitally switched PCM signals between channels derived from the terminal channels to the PSTN and provided channels to support the necessary in-band signaling capability for call control and progress

Once the cube has been designed, the files defining the cube exist only on the developer s machine The next step is to deploy the project to a server Whether this is a test or production server is immaterial for this discussion The important point is that the files are transferred to a server on which Analysis Services is running Deployment actually creates the cubes, dimensions, mining models, roles, and other objects that make up an Analysis Services project when the data is copied to the server All of these objects are in what is called a database in Analysis Services A single Analysis Services database may contain any number of cubes and dimensions Simply deploying a project from the developer s machine to a server only creates the objects, such as the dimensions and cube It does not copy any data from the source systems and therefore, deployment by itself does not make a cube useful to others After deployment, there is a step called processing Processing a cube means