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To create a virtual tributary-ready STS, the synchronous payload envelope is subdivided. An STS-1 comprises 90 columns of bytes, four of which are reserved for overhead functions (Section, Line, and Path). That leaves 86 for actual user payload. To create virtual tributaries, the payload capacity of the SPE is divided into seven 12-column pieces, called virtual tributary (VT) groups. Math majors will be quick to point out that 7 12 84, leaving two unassigned columns. These columns, shown in Figure 3-57, are indeed unassigned, and are given the rather silly name of fixed stuff. Now comes the fun part. Each of the VT groups can be further subdivided into one of four different VTs to carry a variety of payload types, as shown in Figure 3-58. A VT1.5, for example, can easily transport a 1.544 Mbps signal within its 1.728 Mbps capacity, with a little room left over. A VT2, meanwhile, has enough capacity in its 2.304 Mbps structure to carry a 2.048 Mbps European E1 signal, with a little room left over. A VT3 can transport a DS1C signal, while a VT6 can easily accommodate a DS2, again, each with a little room left over.

undervalued or overvalued which are what most research analysts do in fundamental analysis Many of Wall Street s investment professionals think that the concept of efficient capital markets is just the musing of some ivory tower academics and that the theory doesn t properly describe the real life action of the stock market Many academics disagree and point to studies that support the notion that the stock market is efficient The good news for Wall Street professionals is that serious chinks exist in the armor of proponents of efficient capital markets Efficient capital markets, along with the random walk hypothesis of stock prices and the capital asset pricing model, form the cornerstone of modern portfolio theory (MPT) The development and championing of efficient capital markets is identified closely with the finance faculty at the University of Chicago, particularly Dr Eugene F Fama.

Downloaded from Digital Engineering Library @ McGraw-Hill (www.digitalengineeringlibrary.com) Copyright 2004 The McGraw-Hill Companies. All rights reserved. Any use is subject to the Terms of Use as given at the website.

SPICE 2 Compatible Core Model A saturable reactor is a magnetic circuit element consisting of a single coil wound around a magnetic core. The presence of a magnetic core drastically alters the behavior of the coil by increasing the magnetic ux and con ning most of the ux to the core. The magnetic ux density, B, is a function of the applied MMF, which is proportional to ampere turns. The core consists of many tiny magnetic domains that are made up of magnetic dipoles. These domains set up a magnetic ux that adds to or subtracts from the ux that is set up by the magnetizing current. After overcoming initial friction, the domains rotate like small DC motors and become aligned with the applied eld. As the MMF is increased, the domains rotate until they are all in alignment and the core saturates. Eddy currents are induced as the ux changes, thereby causing added loss. A saturable core model that utilizes the PSpice subcircuit feature is available [76]. The saturable core subcircuit is capable of simulating nonlinear transformer behavior including saturation, hysteresis, and eddy current losses. To make the model even more useful, it has been parameterized. This is a technique that allows the characteristics of the core to be determined via the speci cation of a few key parameters. At the time of the simulation, the speci ed parameters are passed into the subcircuit. The equations in the subcircuit (inside the curly braces) are then evaluated and replaced with a value that makes the equationbased subcircuit compatible with PSpice.

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In simple terms, an efficient capital market (ECM) is a market that efficiently processes information Prices of securities fully reflect available information and are based on an accurate evaluation of all available information A random walk is a path that a variable takes, such as the observed price of a stock, where the future direction of the path (up or down) can t be predicted solely on the basis of past movements As far as the stock market is concerned, a random walk means that it is impossible to predict short-run changes in stock prices by looking at past price patterns and trading volume In short, successive price changes are independent of each other, so the best estimate of tomorrow s stock price is today s stock price.