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It is possible to add filters, or parameters, to the dashboard and these filters can affect one or more of the scorecards and reports on the dashboard Creating the filter and placing it on the dashboard is relatively easy Hooking the filter up to the scorecards and reports is a separate process but, while still relatively easy, requires a different approach for a scorecard versus a report In order to create a filter, the dashboard is opened in Dashboard Designer where developer clicks on the Filters tab In the Filters panel there is a button labeled New Filter and clicking on that opens up the Select a Dashboard Filter Template dialog box There are a number of templates available, including MDX Query, Member Selection, Named Sets, Tabular Values, and a couple to work with time intelligence (such as the previous quarter, the same period for the previous year, and so forth) One of the simplest ways to create a filter is to use the Member Selection template, which loads a dimension and allows the developer to select what members should appear in the list An MDX Query is a better option if the list needs to be dynamic as in cases where values will be added or removed frequently; in this case, using the Children method or Descendants function in MDX will be useful For this example the Member Selection template will be chosen After naming the filter, in this case Product Category, the data source is chosen Since the members will come from a dimension, the AdvWorks data source will be used The next screen asks for the dimension that contains the members and then the members themselves The dimension will be ProductProduct Categories Be careful when selecting the members as the end users will often want to able to see the All level (the total for everything) and then individual members as well Developers can also right-click on a member in the selector and set that member as the default member in the filter In the example of Product Categories, the members selected are All Products, Accessories, Bikes, Clothing, and Components Figure 5-36 shows what this dialog will look like after the selections have been made, assuming that the All member was chosen as the default value The next screen presents the designer with three options for how to display the members to end users: List, Tree, and Multi-Select Tree The List is a flat list, meaning it does not show any hierarchical structure For some lists this is fine, but users may find it confusing if there are members from different levels, such as an All level and then the children under that All level A better choice for showing the.

Virtual call centers Consumer interactive applications Centrex productivity enhancements Formal and informal call centers, Virtual ACDs

The batteries primary purpose is to keep your robot powered during the competition These competitions can last up to 5 minutes, so the battery must supply all the power to the robot during that time Selecting an appropriately sized battery that will confidently run your robot throughout the entire match can be a significant competitive advantage The lightest battery will allow the robot to use the weight savings for other things, such as weapons and armor A properly selected battery will have enough capacity to supply full running current continuously to your robot s motors; and it will be able to supply the peak currents that will allow your robot s motors to deliver the maximum torque, when needed

The evolution of AIN and CTI services underpins the marriage of these two architectural frameworks AIN has its roots in the Local Exchange Carriers' (both ILEC and CLEC) and Inter Exchange Carriers' (IEC) desire for vendor and switch independent network architectures Improving the speed of service provisioning and delivering advanced network services is crucial to maintain a competitive posture As early as 1986, Ameritech began proposing a concept called Feature Node Service Interface (FNSI) Through successive industry efforts, AIN emerged as a network standard in the early '90s Figure 41 is the basic framework of the AIN architecture

Figure 5-36 Creating a new filter that will be placed on a dashboard Filters are created independently of any scorecard or report

You can find out from the motor specification sheets exactly what current draw to expect when running the motor Adding up all the currents from the various motors on your robot will tell you the maximum and typical motor running currents to expect Because many of us use motors that come without data sheets, we have to measure the running currents ourselves To do this, you need to have a good battery

Figure 41: AIN architecture framework Computer to Telephony Integration is a complement to AIN proposed by the PBX manufacturers The end users desire:

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