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Here are a few examples of material well-suited for Blu-ray video j Employee orientation and sensitivity training j Press kits, corporate reports, or newsletters j Emergency response training or information systems j Product demonstrations and catalogs j Information kiosks - product/service searches, traveler s aid, and way-finding j Product training j Sales and marketing tools j Educational learning kits j Video tours or video brochures j Collections of conferences and lectures for churches and associations j Video billboards j Video greeting/holiday cards j Testing, including licenses and professional certification j Video portfolios (ads, promo spots, and demo reels) j Trade show demo discs.

The Data Sources link on the left pane of the Planning Administration Console page is used to manage the external data source connections for the PerformancePoint Server Planning Server. A data source connection provides the Planning Server applications access to relevant business data for business intelligence purposes. The source can be external to the Planning Server system, such as an existing data warehouse. A data source connection can point to a database, or Data Source View (DSV), which is an XML file that is created from a Microsoft SQL Server 2005 database. The connections that are created and configured in the Planning Administration Console are logical connections, and these connection names can be used in Planning Business Modeler. The first step in creating a data source connection is to select the application to which the data source connection should be added from the Application dropdown list. After the application is selected, the model site to which the data source connection should be added is selected by clicking on the radio button next to the appropriate model site. This will enable the Add button. Clicking on this button will open the Create a Data Source Connection dialog box. The fields Connection name and Label are required fields as denoted by the asterisk next to them. The Connection name will be used in Planning Business Modeler, whereas the Label is a unique internal identifier for the connection. One out of the two available types of connection sources can be selected here: database or Data Source View (DSV).

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Another term for liposome is lipid vesicle. Vesicular transport involves liposomes that contain some molecules in their hollow center, fusing with, or budding off of, a membrane. In this way the contents of the liposome are transferred to the other side of the membrane without ever having to actually pass directly through the lipid bilayer. We saw fusion of liposome membranes in Fig. 11-9, when we were discussing membrane growth. Budding, or extrusion, occurs when a portion of a membrane is pushed out and eventually pinches off to form a new liposome. This process is illustrated in Fig. 11-13. Vesicular transport is not only a method of getting molecules across a membrane, but is also used extensively by cells to transport molecules around within the cell, from one membrane organelle to another, and even externally from cell to cell.

and cannot change the downstream/upstream channel even if other wavelength channels in the WDM PON system have free resources to offer. It is anticipated that such a static wavelength assignment system is an intermediate solution for operators, with a number of individual PONs deployed in the field, striving to aggregate the system into a more compact form with higher management capabilities. Figure 7.7b depicts a tree-and-branch topology with cascaded PSC and AWG elements, where the component order is opposite the one just described and depicted in Figure 7.7a. This time the first PSC performs simple power splitting, and assuming a broadband splitter operation, each output port of the PSC will have all the downstream channels, 1 n, which are then subject to the AWG operation, performing wavelength routing from a single input port into n output ports. As such, each AWG output port features a single wavelength from the 1 n range. With this configuration, each ONU connected to a given AWG belongs to a completely different collision domain (PON instance). This solution has one important advantage: it is more dynamic in the sense that the ONUs in a given area might be assigned to various collision domains, depending on their traffic demand. Unfortunately, such assignment needs to be performed by a qualified technician and requires replacement of the ONU s hardware since the

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The configuration of RIP is performed globally, with some features controlled on an interface-by-interface basis. The following two sections will cover the configuration of RIP. RIP Global Configuration Configuring RIP on an appliance is similar to configuring RIP on a Cisco router. To enable RIP, use the router rip global Configuration mode command:

and click the object you want to copy the effect to. The effect is immediately copied to the new object.

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