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The default desktop environment starts up, and you should be ready to go. What you do next depends on whether you have a KDE, GNOME, or some sort of homespun desktop environment.

Devices which cause a spatial preference of the vibrations of the electromagnetic waves are called in general yolurizers. Depending on the polarization type, polarizers are linear, circular or elliptical. Close to polarizers stand retarders. They are devices whose effect is manifested only upon polarized radiation. Otherwise retarders remain neutral with respect to unpolarized light. They possess the property to split the electric vector (the magnetic one too, respectively) of the electromagnetic wave into two usually orthogonal components and to create a phase difference between them. Exactly the latter feature, expressed alternatively that one of the split components retards with respect to the other, gives the name retarders to the considered devices. Often circular or elliptical polarizers are combinations of a linear polarizer with a retarder. The polarization devices will be considered separately below.

Figure 6.7-3 Sealing of high-pressure optical windows according to Poulter (1932); 1 cylindrical wall of the autoclave, 2 cap, 3 window, 4 sealing ring, positioned on the polished surface of a steel plug, 5 stainless steel plug.

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Infrastructure is a support service for information; as such, it may be a network connection, a router, a switch, a desktop computer, a file server, an application server, or a firewall. Infrastructure also includes your office space and data center that is, your physical environment. The impact analysis introduced in 1 applies equally to information and infrastructure. That means you can perform the same analysis to determine how to protect your accounting system data as well as the routers in your network. There is, of course, overlap in that when we protect infrastructure, we also protect information. When it comes to, for example, protecting infrastructure from a denial-of-service (DoS) attack, we are protecting the infrastructure from becoming inoperable; we are preventing a hacker from stopping service by, for example, flooding our infrastructure with unwanted malicious data packets. At the same time, we are protecting access to information. When we encrypt, say, important accounting information, we are protecting only that information; we are not protecting infrastructure.

(8.13) Once again using a Gray code (now in two dimensions) to map the information bits into the QAM symbols, it is possible (but somewhat tedious) to obtain an exact closed-form result for the average bit error probability for arbitrary M. Two examples of this exact BEP computation corresponding to M = 16 and M = 64 can

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Table 51 shows that when the original $1,000 is returned, the inflationprotected bond is always at least as good as the standard bond and usually much better Even in extreme conditions, the inflation-protected bond ensures that the investor is protected This inflation protection, however, comes at a price That price is the lower interest rate paid on the inflation-protected bond Currently that difference is about 3% a year Therefore the most that inflation insurance could cost you is about $30 a year for each $1,000 investment This maximum price will be paid only if there is no inflation at all If there is even modest inflation, however, the price of insurance is even less than $30 a year for each $1,000 investment.

Digital Communication over Fading Channels, Second Edition. By Marvin K. Simon and Mohamed-Slim Alouini ISBN 0-471-64953-8 Copyright 2005 John Wiley & Sons, Inc.

This shows the basic format of the mount command you would use to mount a floppy disk. You can change msdos to any other supported file system type (described earlier in this chapter) to mount a floppy of that type. Instead of using floppy drive A: (/dev/fd0), you could use drive B: (/dev/fd1) or any other accessible drive. Instead of mounting on /mnt/floppy, you could create any other directory and mount the floppy there.