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F-distribution, 661 face vase illusion, 505 factorial, 351, 353 Stirling s approximation, 405 fading, 611 fading channel, 291 Fahn, P., xxi fair odds, 159, 164, 487, 488 fair randomization, 627, 629 Fan, K., 679, 699 Fano, R.M., 56, 158, 240, 699, 700, see also Shannon-Fano-Elias code Fano s inequality, 13, 38, 39, 41, 44, 52, 56, 206, 208, 221, 255, 268, 283, 539 541, 555, 576, 578, 590, 663 FAX, 130 FDMA (Frequency Division Multiple Access), 547, 548, 606 Feder, M., 158, 462, 700, 709, 718 Feder, T., 461 feedback, xix, 189, 193, 216, 218, 238, 280 284, 286 290, 509, 519, 593, 594, 610, 611 discrete memoryless channel, 216 Gaussian channel, xv, 280 289 Feinstein, A., 240, 699, 700 Feller, W., 182, 700 Fermat s last theorem, 486 ngers, 143 nite alphabet, 220, 318, 344, 473, 474, 645 nitely often, 649 nitely refutable, 486 rst order in the expononent, 63 Fisher, R.A., 56, 700 Fisher information, xviii, xx, 247, 347, 392, 394, 395, 397, 399, 401, 407, 657, 671, 673, 674 examples, 401 multiparameter, 397 Fitingof, B.M., 461, 700 xed rate block code, 357 ag, 61, 442, 460 ow of information, 588, 589 ow of time, 89 ow of water, 511 football, 390, 391 Ford, L.R., 700 Ford-Fulkerson theorem, 511, 512 Forney, G.D., 240, 700

(1) A (m x m), A E (f :

fn(X n )

Figure 2-9

of its shortcomings. RIP version 1 continues to exist on many routers and as of this writing, continues to outnumber OSPF networks. However, there is no reason not to implement version 2 of the protocol. Version 2 is backward compatible with version 1 and contains all of the capabilities of the version 1 protocol. RIP version 2 implemented the following features: Authentication simple text password Subnet masking Next host Multicast to allow for variable-length subnet masks to be implemented Route tag to provide a method of separating RIP routes from externally learned routes Compatibility switch to allow for interoperability with version 1 routers Notice that the same format is used for RIPv1 and RIPv2. Apparently, there was some thought when building RIPv1 that future protocols of RIP may be different and that more information is to be carried in the packet. The original packet indicated that the field must be set to 0, and not reserved. Now you can see why. If not, we will revisit this in the subnet mask topic of this section.

Self-administration (SA)

There are two versions of USB: 1.1 (somewhat slow) and 2.0 (very fast). Although their speeds are different, both USB formats are compatible with each other (which means you can plug a 1.1 device into a 2.0 port or vice versa). Identifying the speed of the USB ports on your computer can be quite helpful when deciding what type of peripherals to purchase. For example, if your computer has USB 2.0, you should buy a digital camera that also has USB 2.0 so you can transfer photos from the camera to your computer at the highest possible speed. To determine which version of USB you have, use the Windows Device Manager.

tion of metals, the most commonly used techniques involve one or other form of spectrometry , ie the measurement of the spectral ranges of light emitted or absorbed by metals which have been restored to their uncharged, elemental forms by exposure to high amounts of energy Most metals determinations prior to about 1990 were made using atomic absorption spectrophotometry (AAS), in which the energy source is a ame of burning acetylene For each metal of interest, a beam of light at a speci c frequency (unique to each metal) is aligned to pass through the ame, so that its intensity can be measured using a light meter (ie a photometer ) located on the other side of the ame.

PX (a)g(a)

IPv6 Addressing (continued) 1080::5698:0:0:9887:1234 or 1080:0:0:5698:: 9887:1234164

After a spray of sample water has been released into the ame, the reduction in intensity of the light beam is recorded, and converted into an equivalent concentration of absorbing metal atoms In most modern laboratories a technique known as inductively coupled plasma (ICP) is now the preferred option In this case the sample is sprayed into a stream of argon gas, which passes through externally heated quartz tubes, heating up to form a plasma at temperatures of around 7000 C, in which the various metals can be separated from one another when they are subsequently exposed to powerful electromagnetic currents (provided by induction coils) Abundances of metals are then determined using optical devices or mass spectrometers.

A similar network has a signal output of 40 V and a loss of 6 dB. What is the input signal voltage (Equal impedances assumed.)