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Homebrew Robotics Club (San Francisco Bay Area, CA) wwwaugiedoogiecom/HBRC Phoenix Area Robot Experimenters wwwparexorg/indexhtml wwwportlandroboticsorg

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Portland Area Robotics Society (PARTS)

query will reconnect to the cube to retrieve data If this is a cube that is updated less frequently, this time will be extended For organizations doing real-time or near-realtime BI, shortening this cache internally might make sense Figure 5-5 shows the Summary page filled out to connect to the Adventure Works cube in the Adventure Works DW database The Properties tab allows designers to set various properties of the data source In the General Properties section there are four properties, including the name of the data source and an optional description The Person Responsible text box is required and should be the person creating the data source, which is the value that is filled in by default In theory this could be changed to another authorized user but it is typically left as the person creating the data source Finally, the Display Folder text box sets an optional display folder and is a repeat of the text box shown when the data source was first created Next is a section entitled Custom Properties This is useful if corporate standards require the tracking of certain information that is not already provided, such as the

Another major benefit of the SONET specification is the ability to perform add-drop multiplexing Even though network elements are compatible at the OC-N level, they may still differ from vendor to vendor SONET doesn t attempt to restrict vendors to all providing a single product, nor does it require that they produce one of every type out there One vendor may offer an add-drop multiplexer with access to the DS-1 level only, whereas another may offer access to DS-1 and DS-3 rates The benefit of an add-drop multiplexer on a Wide Area Network is to drop (demultiplex) only the portions of the optical stream required for a location and let the rest pass through without the demultiplexing process It would be extremely inefficient to have to demultiplex an entire OC-12, for example, only to drop out one DS-1 The ability to extract only what is necessary helps to prevent errors, loss of data, and other delays inherent with older technologies The add-drop multiplexer makes this attractive for carriers to use in rural areas where they may bundle many lower-speed communications channels onto a single OC-1 or OC-3 to carry the information back to the central metropolitan areas Moreover, beyond just dropping a digital signal out of a higher-speed OC-n, the carrier can fill in what has been vacated (For example, if a DS-1 is dropped off along the optical path, a new DS-1 can be multiplexed back into the OC-3 in its place) This allows the carriers considerable flexibility In Figure 27-10 an add-drop multiplexer is shown Here portions of the bandwidth can be dropped off and additional new signals can be added in place of the data stream dropped out of the higher-speed signal A single stage add-drop multiplexing function can multiplex various inputs into an OC-n signal At an add-drop site, only those signals that need to be accessed are dropped and inserted The remaining traffic continues through the network switching system without requiring special processing.

San Francisco Robotics Society (SFRS) Seattle Robotics Society (SRS)

Figure 5-5

Several different topologies can be used in a SONET network by using the various multiplexers These include the normal topologies most networks have been accustomed to over the years They include the following:

Triangle Amateur Robotics (Raleigh)

It is the variations that allow the flexibility of SONET in the Wide Area Networks built by the carriers, but now becoming the method of choice at many large organizations In each of the topologies, larger organizations are finding the benefits of installing highly reliable, interoperable equipment at the private network interfaces and access to the public networks

This is the data source connecting to the Adventure Works cube in the Adventure Works DW database on a server named PerfPointServer

Open Source Motor Controller (OSMC) project wwwgroups yahoocom/group/osmc/

The SONET multiplexer, the entry level PTE for an organization (or the equipment installed by the LEC at the customer s premises to access the network), acts as a concentrator device for the multiple lower-speed communications channels, such as DS-1 and DS-3 In its simplest form, two devices are connected with an optical fiber (with any repeaters as necessary) as a point-to-point circuit As the entry-level point into a SONET architecture, the inputs and outputs are identical In this environment, the network can act as a stand-alone environment and not have to interface with the public switched networks See Figure 27-11 for the point-to-point multiplexing arrangement