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Mapping Historically, mapping [11] was the rst method used to acquire hyperspectral data cubes, in particular with Raman spectroscopy and infrared (IR) microscopy. The image is created pixel by pixel in a step-and-acquire mode: A spectrum is measured at one point of the sample, and then the sample moves to the next measurement position and another spectrum is acquired. The process is iterative for all positions in the area that de ne the image. The drawback is the measurement time, which depends on the number of pixels. Spectrometer manufacturers therefore developed line mapping, in which samples are scanned line by line, thereby reducing the acquisition time. These devices were developed for Raman, IR, or near-IR (NIR) spectroscopy (with diode array detectors). However, due to the moving stage, this kind of imaging principle is only suitable for at-line applications. Focal Plane Array Detectors Focal plane array (FPA) optical detectors are composed of several thousand individual detector elements forming a matrix of pixels. As their name indicates, they are placed in the spectrometer s focal plane. They can be manufactured to be sensitive to ultraviolet (UV), visible (Vis), NIR, or IR radiation. Recent developments in optics have produced cooled and uncooled FPAs with different numbers of pixels from 64 64 up to 1024 1024 and different spectral ranges of detection (from 1000 to 12,000 nm). The different types of FPA include those built with indium antimonide (InSb), platinum silicide (PtSi), indium gallium arsenide (InGaAs), and mercury cadmium telluride (HgCdTe) [12]. The mercury cadmium telluride (MCT) detector has become the dominant IR FPA through its entire range coverage. Fiber Bundles Fiber bundles are used for Raman imaging. Several optical bers are grouped together, each analyzing a speci c sample area [13]. A 3D data cube is

Zoltan uses recursive bisection (repeated subdivision of parts into two parts) to obtain a k-way partition. This recursive bisection approach can be extended easily to accommodate xed vertices. For example, in the rst bisection of recursive bisection,

Figure 6.3. Goods ow control and production unit control. [Adapted from Bertrand et al. (1990).]

This command and others are covered in Creating Source and Binary Distributions later in this chapter. Assuming all went well, in the dist directory you will find a file called timeutil-0.9.win32.exe (Version 0.9 was the version I chose in the setup script). Because I chose a platform-specific distribution format, the file name also includes the platform required to run it (Win32). That s it! My module is now ready for distribution.

echo <h2>Consuming an apple...</h2> ; $apple = new Fruit; $apple->consume(); echo <h2>Consuming a grape...</h2> ; $grape = new Grape; $grape->consume(); > </body> </html>

s 25, 26: CAD 20: Database Knowledge Image Processing Data Mining 20: HIS/RIS/PACS Medical Images 22: ePR 20: Visualization Graphics Tool 22: ePR/Image 23: RT 24: MISS 20: Security Networks SAN Archive MIII 21: DATA GRID

These questions deal with what the system is supposed to accomplish and, to a lesser extent, how. It is usually best to avoid deciding how the system should do anything until you thoroughly understand what it should do so you don t become locked into one idea too early, but it s still useful to record any impressions the customers have of how the system should work. What should the system do Why are you building this system What do you hope it will accomplish What should it look like Sketch out the user interface. What response times do you need for different parts of the system (Typically, interactive response times should be under ve seconds, whereas reports and other of ine activities may take longer.) What reports are needed Do the end users need to be able to de ne new reports Who are the players (ties to previous section) Do power users and administrators need to be able to de ne new reports

When you set a box as not visible, the box and its contents literally become invisible in Layout mode. This can be very unsettling. The Floating Boxes palette, explained in the The Floating Boxes Palette section, enables you to view the box and its contents for design purposes, while keeping the box invisible. In order to have a floating box s visibility change within the browser, you call upon JavaScript, either in the form of GoLive Actions (prewritten JavaScript s) or by writing your own custom JavaScript.

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This is true provided all other output voltage harmonics are shorted; otherwise, the total output voltage swing would be greater, and the load should be reduced, with consequent reduction of the output power. In Figure 6.7, the load curves for a doubler (a) and a tripler (b) with the optimum circulation angle are shown; the corresponding waveforms are shown in Figure 6.8. This approach describes in a simple and straightforward way the behaviour of a Class-C-like frequency multiplier and gives signi cant indications on optimum bias, operating power and loading. As already mentioned, Class-C biasing avoids reliability concerns caused by gate-junction forward conduction and leads to very low DC power consumption. However, gain is not high because the transistor is off for a large part of the period; moreover, output voltage and power are limited by gate-drain breakdown. Similar results are obtained if a slightly more realistic behaviour of the transconductance is assumed. For instance, a quartic function can be assumed instead of a linear dependence for the output current above pinch-off, in order to account for a non-stepwise transconductance: Id (t) = Imax 1 Id (t) = 0 2 t

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1. If you have ab13-03.dwg open from the previous exercise, continue to use it for this exercise. Otherwise, open ab13-03.dwg from the Results folder of your CD-ROM. 2. Save the file as ab13-04.dwg in your AutoCAD Bible folder. 3. The note at the bottom-left corner of the drawing uses the Notes text style. Choose Format Text Style. In the Text Style dialog box, make sure that the NOTES style name is listed, and then choose italic.shx from the Font Name drop-down list. Choose Apply and then Close.