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Piezoelectric Crystals Pieces of quartz, when cut into thin wafers and subjected to voltages, will vibrate at high frequencies Because of the physical dimensions of such a piezoelectric crystal, these vibrations occur at a precise frequency fo, and also at whole-number multiples of fo These multiples, 2fo, 3fo, 4fo, and so on, are called harmonic frequencies or simply harmonics The frequency fo is called the fundamental frequency or simply the fundamental The fundamental, fo, is defined as the lowest frequency at which resonance occurs Quartz crystals can be made to act like LC circuits in electronic devices A crystal exhibits an impedance that varies with frequency The reactance is zero at fo and the harmonic frequencies Cavities Lengths of metal tubing, cut to specific dimensions, exhibit resonance at very high, ultrahigh, and microwave radio frequencies They work in much the same way as musical instruments resonate with sound waves But the waves are electromagnetic, rather than acoustic Such cavities, also called cavity resonators, have reasonable physical dimensions at frequencies above about 150 MHz Below this frequency, a cavity can be made to work, but it is long and unwieldy Like crystals, cavities resonate at a fundamental frequency fo, and also at harmonic frequencies Sections of Transmission Line When a transmission line is cut to 1 4 wavelength, or to any whole-number multiple of this, it behaves as a resonant circuit The most common length for a transmission-line resonator is a 1 4 wavelength Such a piece of transmission line is called a quarter-wave section When a quarter-wave section is short-circuited at the far end, it acts like a parallel-resonant LC circuit, and has a high resistive impedance at the resonant frequency fo When it is open at the far end, it acts as a series-resonant LC circuit, and has a low resistive impedance at fo In effect, a quarterwave section converts an ac short circuit into an ac open circuit and vice versa, at a specific frequency fo The length of a quarter-wave section depends on the desired fo It also depends on how fast the electromagnetic energy travels along the line This speed is specified in terms of a velocity factor, abbreviated v The value of v is given as a fraction of the speed of light Typical transmission lines have velocity factors ranging from about 066 to 095 (or 66 percent to 95 percent) This factor is provided by the manufacturers of prefabricated lines such as coaxial cable If the frequency in megahertz is fo and the velocity factor of a line is v, then the length L ft of a quarter-wave section of transmission line, in feet, is given by this formula:.

Table 1 SSAS 2008 data mining algorithms and usage Usage The Association Rules algorithm is used for market basket analysis. It defines an itemset as a combination of items in a single transaction; then it scans the data and counts the number of times the itemsets appear together in transactions. Market basket analysis is useful to detect cross-selling opportunities. The Clustering algorithm groups cases from a dataset into clusters containing similar characteristics. You can use the Clustering method to group your customers for your CRM application to find distinguishable groups of customers. In addition, you can use it for finding anomalies in your data. If a case doesn t fit well in any cluster, it s an exception. For example, this might be a fraudulent transaction.

A unique integer that identifies the message Mail assigns this integer, which is read-only A read-only property that contains all the headers of the message (including the headers that are normally hidden) The background color for the message You can use none (the best choice), blue, gray, green, orange, purple, red, or yellow In theory, you can also use other and specify an RGB color, but this doesn t work properly at this writing The mailbox that contains the message The message s text content The date that Mail received the message The date the message was sent true if the message is marked as deleted; false if it is not true if the message has a flag set on it; false if it does not true if the message is marked as being junk mail; false if it is not true if the message is marked as having been read; false if it is marked as unread A text ID that uniquely identifies the message for example, BAY113-DAT84 E653D459B1FDEC4D92DB1200@phxgbl The sender of the message for example, Helen Hochwasser <h_wasser@hotmailcom> The subject line of the message true if the message is marked as having been forwarded; false if it is not true if the message is marked as having been redirected; false if it is not true if the message is marked as having had a reply sent for it; false if it is not

Decision Trees is the most popular DM algorithm, used to predict discrete and continuous variables The algorithm uses the discrete input variables to split the tree into nodes in such a way that each node is more pure in terms of target variable each split leads to nodes where a single state of a target variable is represented better than other states For continuous predictable variables, you get a piecewise multiple linear regression formula with a separate formula in each node of a tree A tree that predicts continuous variables is a Regression Tree Linear Regression predicts continuous variables, using a single multiple linear regression formula The input variables must be continuous as well Linear Regression is a simple case of a Regression Tree, a tree with no splits As Linear Regression is a simple Regression Tree, a Logistic Regression is a Neural Network without any hidden layers.

L ft = 246v/fo The length Lm in meters is given by this: L m = 750v/fo We use L here to stand for length, not inductance !

mailbox content date received date sent deleted status flagged status Junk mail status read status message id sender subject was forwarded was redirected was replied to