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When the caller dials the number (333 3333 in this case), the originating switch (612 222) sends its signaling information (info dialed 333 3333) through the STP to the SCP, which analyzes the route and returns the LRN (612 444 0001) Next an IAM message is forwarded from 612 222 through the STP to the access tandem The AT translates the LRN and sets up a speech path (trunk) from 222 to 444 Switch 612 444 detects the LRN (612 444 0001) as its address; therefore the called number and the generic address parameter are swapped From there, the call is connected (terminated) at 333 3333 The donor switch in this scenario has been uninvolved throughout the process Similar to the 800-number service, a database is used to store the routing information for subscribers who have moved or ported to another Local Service Provider The LNP database contains the directory numbers of all ported subscribers and the location routing number of the switch that serves them The LNP database can be accessed by switches using either Advanced Intelligent Network (AIN 01) or Transaction Control Application Part Intelligent Network (TCAP IN) protocol Each OLNP-capable switch in a portability area is assigned a unique ten-digit location routing number A switch is defined as LNPcapable if it has the capability to launch LNP database queries and route calls based on the returned response The ten-digit LRN is chosen from an NXX native to that switch (an NXX that was originally owned by that switch prior to Local Number Portability), and is used by other switches to route calls to that switch New routing and signaling methods are required to implement this feature because the LRN architecture requires the transport of the network routing address (or LRN of the terminating switch) and the called party number Only the Integrated Service User Part (ISUP) signaling is being modified to carry the additional information needed to support local number portability Workarounds to use Multi-Frequency (MF) trunks, such as sending only the dialed number when a MF route is used, have been included in the requirements The LRN feature uses the Location Routing Number returned from the LNP database to route the call and the Called Party Number to complete the call in the terminating switch From a protocol perspective, the LRN of the end office serving the subscriber is placed into the Called Party Number field (CdPN) and the actual Called Party Number is populated in the new Generic Address Parameter (GAP) field As the call traverses the network, all switches will use the LRN to route the call When the call is delivered to the terminating switch, the terminating switch will compare the LRN received in the called party number field against its own LRN If these numbers match, then the terminating switch will retrieve the called party number from the GAP parameter and complete the call to the subscriber Once a switch performs an LNP database query, that switch must set a new bit called the Translated Called Number Indicator (TCNI) in the forward call indicator parameter of the Initial Address Message (IAM) This will indicate to other switches in the call path that a query has already been performed This new bit, and the corresponding callprocessing logic, ensures that multiple queries will not be performed for the same call.

the gear reduction shown in Figure 6-2 The D1 / D2 is the first gear reduction ratio, and D3 / D4 is the second gear reduction ratio

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Analytic Grids, the PivotCharts and PivotTables can report against many different data sources, including relational tables, cubes, XML, and more PivotCharts can even be created from data entered manually at the time the chart is created Unlike PivotCharts, PivotTables only have one active button, Commands and Options, when first created The Commands and Options button here is basically a conglomeration of the Commands and Options and Chart Wizard options from PivotCharts This one button opens a dialog box that lets users connect to a data source as well as change some properties of the grid Once a data source is chosen, the designer can choose to either select a single table or cube, or to write a query that returns the desired records After creating a connection for a PivotChart, a Chart Field List appears that shows all of the measures and all of the attribute hierarchies In keeping with the previous examples, a connection to the Adventure Works cube in Analysis Services would provide a list like that shown in Figure 6-22