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work quickly with text but more slowly with graphics. Also, most inkjets and lasers can print graphics at varying levels of quality and resolution; lower-quality draft modes print faster. For multi-page documents, the time to print the first page is usually much slower than to print subsequent pages. Finally, in real life, a printer with more memory can work faster with most documents than one with the minimum amount of RAM. So make sure you re comparing apples to apples when you read that printer A runs at 8 pages per minute and printer B runs at 12; the criteria may be different for those two speeds, and the printers speeds may be a lot closer than you think.

Proof We note first that E , ( X ) 2 0 if X 2 0, and that either E,(O) = 0, or else E, ( X ) = cc for all X . In the latter case, P is empty (this follows from the necessity part of Lemma 10.2, which has already been proved). In the former case, we verify easily that E , ( E *) is monotone, positively affinely homogeneous, and superadditive (subadditive, respectively). The definitions imply at once that P is contained in the nonempty set induced by ( E , E*):

Date$ and Time$ The Date$ and Time$ functions in VB6 to return a string representation of the current date or time are replaced by the DateString and TimeString methods in VB .NET. Atn, Sgn, and Sqr The Atn, Sgn, and Sqr functions are replaced by the System.Math methods Atan, Sign, and Sqrt. MsgBox The MsgBox function is replaced with the Show method, the MessageBox class. MsgBox "VB6 is Great" Changes to: MessageBox.Show "VB.NET is Greater" Although MsgBox is still supported through the compatibility library, you should consider using the new MessageBox classes since the MsgBox function is simply a wrapper which calls the MessageBox classes.

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v*(0) = v"(0) = 0. v * ( n ) = v*(R) = 1, A c B + v,(A) I v , ( B ) , v*(A) 5 v*(B),

Try using the CORREL function on the Excel XY Data for this chapter at FlawOfAverages.com. The resulting value of 0.0075 (as shown in Figure 13.10) is negligible, leading the casual analyst to believe that X and Y are not interrelated.

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Windows Vista is a truly plug and play operating system, which reduces the amount of actual configuration you need to do when upgrading hardware. For example, if you ve ever had to install Windows Vista on your computer, you may have noticed that you probably didn t have to find any installation CDs during the procedure. When you upgrade your hardware and reboot Windows Vista, it will try and install the necessary driver on its own. Should a compatible driver not be found, you may have to provide a driver or access to one. If you buy any hardware that is designed for Windows Vista, you can generally expect it to be plug and play. I also recommend using the Windows Vista Upgrade Advisor, currently available at

Put simply, BitLocker To Go is a full-disk encryption protection technology for removable storage devices. Though it is ostensibly based on BitLocker, in reality BitLocker To Go significantly enhances the usability and compatibility of BitLocker by extending it to work with all FAT (FAT32, exFAT, etc.) file systems in addition to NTFS. BitLocker To Go is designed primarily for enterprises, where there is serious risk of a user bringing an unprotected storage device into the environment, copying important corporate information (inadvertently or not) to it, and then losing the device outside of the workplace. USB memory keys, in particular, are small and convenient, and quite popular, but they re also easily lost. With BitLocker To Go enabled on the device, one can help protect sensitive corporate or, for that matter, personal data in the event of loss or theft. BitLocker To Go works completely independently of BitLocker, so you do not need to enable BitLocker on the PC, or utilize any TPM hardware, in order to use BitLocker To Go. In use, however, it is similar to BitLocker, and can be enabled via a simple right-click menu option.

4. Click the Positions tab, which is located at the top of the PropertyManager window. The interface automatically changes to a 3D sketch with the Point tool turned on. This means that wherever you click, you create a point.

rates with the same modulation and the same number of slots do not match exactly. The details of different data rates and the performance of EDGE are available in [Yal02]. Capacity of Wireless Data Networks. In Section 11.3.3 we addressed the issue of spatial throughput for wireless data services with application to WLANs. The spatial throughput concept de ned in Eq. (11.3.5) provides the expected or average data rate for a xed terminal located randomly in the area of coverage of a wireless database station or access point. In Example 11.5 we calculated the spatial capacity of an IEEE 802.11b access point using the table of received signal levels for various data rates. In that example we have neglected the effects of fading and interference from neighboring cells. In that way we could simply calculate the probability density function of data rates based on the average expected spatial coverage, considering only one access point. A more realistic but elaborate approach for calculation of the spatial distribution function of the data rates for a multirate mobile data service is to simulate a cellular environment with interference and fading effects or to perform actual measurements of the carrier to interference and background noise ratio in the spatial area of interest and use that distribution to determine the statistics of the data rates. An example should clarify this discussion. Example 11.11: Capacity of One-Slot EDGE in One Sector Figure 11.17 provides the probability distribution function, f ( I +N ), of the received SINR, I +N , of an EDGE1 mobile terminal in one sector of a 10-MHz system with 48 carriers and a frequency-reuse factor of 4. Each base station has 12 carriers and each sector of threesector antennas carries four carriers. The carrier-to-interference ratio for the mobile is set at 24 dB. Using this gure and the relation between different data rates and their required SNRs, a statistical distribution of the data rates can be obtained. Figure 11.18 shows the percentage of cell area coverage for one sector of a base station for all nine data rates supported by a one-slot EDGE system. The staircase function under

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