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To stop a server-side trace use the sp_trace_setstatus system stored procedure. The first parameter is the traceid, and the second parameter specifies the action: 0 = stop the trace, 1 = start the trace, and 2 = close and delete the trace. The sample code uses trace as 2:
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33: Animating with MotionManager . . . . . . . . . . . . . . . . . . . . . 965
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When the movie is done, it appears as a file in the folder you selected. You can watch it through Windows Media Player.
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Virtual circuits are logical, rather than physical, circuits. Virtual circuit connectivity is provided over high-capacity, multichannel physical circuits, such as ber-optic transmission facilities. Virtual circuits are established through the network based on options and instructions de ned in software routing tables. Permanent Virtual Circuits (PVCs) are permanently de ned in routing tables, until such time as the carrier permanently rede nes them. Switched Virtual Circuits (SVCs) are determined at the moment in time the communication is requested, with relatively sophisticated devices making highly informed decisions about the best path available in support of the speci c requirements of the communication. In either case, a virtual circuit provides connectivity much as though it were a physical circuit, with all data traveling the same path. Such a physical circuit often can support a great number of logical circuits, or logical connections. In the high-capacity, ber-optic backbone carrier networks, dedicated circuits are provided to users on a virtual basis, with the capacity and other performance characteristics of the circuit performing as though the circuit were dedicated. Now it is worth pausing to further de ne and contrast the terms transparent and virtual. Transparent means that a network element (e.g., hardware or software) exists but appears to the user as though it does not. Without special test equipment, the end user may be totally unaware of its existence. Virtual means that the network element behaves as though it were something more than it actually is. So, a user can access a virtual circuit on a transparent basis. It also is necessary to further de ne and distinguish between logical and physical circuits and channels. A logical circuit refers to the entire range of network elements (e.g., physical circuits, buffers, switches, and control devices) that support or manage communication between a transmitter and receiver. A single logical circuit can support many logical channels. In order to establish and support the information transfer, a physical circuit, or physical path, must be selected for the information transfer. A single physical circuit can support many logical circuits. The transmission facilities in the physical path may be in the form of copper wire (e.g., twisted-pair or coaxial cable), radio (e.g., microwave or satellite), or glass or plastic ber ( ber optic) [1].
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where we have assumed |h11 | = |h22 | = 1, and |h21 | < 1. In other words, as long as the crosstalk channel from the secondary TX to the primary RX is weaker than the primary channel, it is possible for the secondary system to transmit its own information for free, i.e., without reducing the rate of the primary system.
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The order of operations, or history, is important to the final state of the part. For example, if you change the order so that the shell comes before the extruded cut, the geometry of the model changes, creating a sleeve inside instead of just a hole on top. You can try this for yourself by opening the part indicated above, dragging the Shell1 feature in the FeatureManager, and dropping it just above the Cut-Extrude1 feature. In some cases, reordering the features in the FeatureManager may result in geometry that might not make any sense; for example, if the fillets are applied after the shell, they might break through to the inside of the part. In these cases, SolidWorks gives an error that helps you to fix the problem. In 2D CAD programs where you are just drawing lines, the order in which you draw the lines does not matter, because the results are the same. This is one of the fundamental differences between history-based modeling and non-history-based drawing. Features are really just like steps in building a part; the steps can either add material or remove it. However, when you make a part on a mill or lathe, you are only removing material. The FeatureManager is like an instruction sheet to build the part. When you reorder and revise history, you change the final result.
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have been developed. These versions run at SONET speeds and preserve the framing format. But they do not make full use of the redundancy and network management features provided in standards-based SONET ring architectures. 9.2.8 SONET Applications
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Once the wizard is complete, see the section PivotTable Construction for tips on presenting the returned data.
When Vista finally finishes the performance test, a login prompt appears. Type in the user name and password you set up earlier in the process; the Windows Vista desktop (Figure 2.15) appears for the first time. Your installation is complete.
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customers to make easy transitions to future 802.11 MAC enhancements. It is a CMOS solution that utilizes a baseband processor and a MAC, with a descriptor-based direct memory access (DMA) host interface and on-chip hardware acceleration to reduce the host CPU load. The CMOS design helps reduce power consumption for the miniPCI-based reference design to 134 mA when receiving and 232 mA when transmitting. This represents an improvement over competing designs, resulting in increased battery life for mobile applications. In addition, the highly integrated solution reduces the number of additional components and enables a very compact design. The Aml772 chipset comprises the AMD Alchemy Solutions Am 1770 RF transceiver and the AMD Alchemy Solutions Aml771 baseband processor and MAC. The Aml770 transceiver utilizes direct down-conversion, which eliminates the requirement for an intermediate frequency (IF) chip. It also has an integrated loop and based band filters with auto calibration. In addition to the programmable LAN, it also has a programmable low-power CMOS design. Another feature that stands out for the Am 1772 is the digital interface to the Aml771 BB/MAC. This feature helps eliminate the need for an on-chip microcontroller and external flash memory and SRAM. Finally, it also has an onboard AGC and requires no baseband intervention. The Am 1770 comes in a 7 mm x 7 mm dimension in a 48-pin lowprofile quad flat pack (LQFP) package. The Am 1771 chipset is an integrated baseband/MAC that features on-chip hardware acceleration designed to significantly reduce host CPU load. The use of the baseband processor and MAC with a descriptor-based DMA architecture also benefits the customer by enabling lower system costs through the elimination of the on-chip microcontroller and the associated nonvolatile (flash) memory and SRAM. The use of autocalibration technology also reduces the need for costly and time-consuming system calibration during the manufacturing process. The Aml771 baseband/MAC comes in a 13 mm x 13 mm 176 low-profile, fine-pitch ball grid array (LFBGA) package.
The Scanning System window opens, as shown in Figure 1-5. While the program scans your system, you are invited to click the numbers at the bottom of the page to review information about several of Vista s new features. You can browse these screens while the scan continues.
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You may expect that with the training assembly, there is an extra burden of file management with Smart Components. This may seem counterintuitive, but in fact, the only file that you need to worry about is the Smart Component itself. This is not explained very well in any of the documentation, but the Help and every reseller demonstration that I have seen on the topic all recommend that you simply delete the training assembly once you are done with it because it is not needed any more. This seems like saying that you should delete all the mates in an assembly or the sketch relations in a part. How do you edit the Smart Component if you delete the assembly in which it is created It turns out that all the information to re-create the training assembly is stored in the Smart Component. This includes the in-context feature (which is stored as a library feature) and the locations of any associated components, as well as the configurator table. Figure 19.15 shows a part of the FeatureManager of a Smart Component. As you can see, the in-context feature, the associated components, and the face references are all listed there.
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