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a computer applications consulting company. Then, in 1967, he founded Dynatrend, another organization centered on computer consultation. For some years, he also served as a consultant to Sperry. John Mauchly died in 1980. With the success of the UNIVAC class of computer systems, and seeing great potential opportunities in digital computation, many other commercial rms soon entered into the business of digital electronic computers. However, the limitations of vacuum tube technology created severe constraints on the reliability and practicality of these systems. Although relatively cheap and simple in operation, vacuum tubes, like light bulbs, consume large amounts of energy, generate lots of heat, and have a tendency to burn out, frequently at inopportune times. In addition, they are bulky and slow. All the trends leading toward future computer systems were in the direction of faster and more compact components. It was evident that something better than the vacuum tube was needed. This growing need for something smaller that wouldn t generate so much heat and would allow for scale-up to permit greater complexity would fuel the next step toward modern computer and electronic technology. The next major step would be the 1947 introduction of the transistor. The transistor would quickly replace the inef cient vacuum tube with a much smaller and more reliable component.

The market equilibrium is called a stable equilibrium because no matter where the demand and supply model starts off, it always gravitates back to the market equilibrium just so long as we don t introduce any outside forces! This inherent stability is great because it means that markets are selfcorrecting, and when you know where the demand and supply curves are, you know where prices and quantities are going to end up. Especially gratifying is the fact that the actions of the market participants buyers and sellers move the market towards equilibrium without the need for any outside intervention, such as government regulations. We want to prove to you that the market equilibrium is indeed stable. In the next section we focus on the fact that when prices start higher than P*, they fall down to P*. After that, we show you that when prices start lower than P*, they rise up to P*. The fact that prices always move toward P* indicates that the market equilibrium is stable.

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We assume that each pump operates independently and fails according to an Exp( ) waiting time distribution Once failed, a pump is repaired according to an Exp( ) waiting time distribution In state 0 we have two functioning pumps and waiting time to failure is the minimum of two independent Exp( ) random variables, Exp(2 ) In state 1 we have one working pump and one failed pump The transition from state 1 to state 2 occurs if the working pump fails before the failed pump is xed, and transition occurs to state 0 if the failed pump is repaired before the good pump fails Therefore, we observe the minimum of an Exp( ) with an Exp( ), which is Exp( + ).

On-the-Job Assessment As a third and final step, CU is designing an online survey that will go out to the front-line performers from managers who participated in the training. This is designed to validate the impact the manager participants described, as well as to gain some added insight on the impact of PM on the organization.

h = .05 .1

The corresponding transition probabilities and waiting time MGFs for the owgraph are p01 = 1, p10 = p12 , + , = + M01 (s) = 2 , for s < 2 , 2 s + M10 (s) = , for s < + , and + s + M12 (s) = , for s < + + s.

Naive Bayes classifiers [Good 1965, Duda and Hart 1973, Langley et al. 1992, Domingos and Pazzani 1997] are an old and well-known type of classifier, that is, of procedures that assign a class from a predefined set to an object or case under consideration, based on the values of attributes used to describe this object or case. They use a probabilistic approach, that is, try to compute conditional class probabilities and then predict the most probable class.

Timing of the signal transmission from each satellite is directly controlled by its own atomic clock without any corrections applied. This time frame is called space vehicle (SV) time. A schematic of a rubidium atomic clock is shown in Fig. 5.8. Although the atomic clocks in the satellites are highly accurate, errors can be large enough to require correction. Correction is needed partly because it would be dif cult to directly synchronize the clocks closely in all the satellites. Instead, the clocks are allowed some degree of relative drift that is estimated by ground station observations and is used to generate clock correction data in the GPS navigation message. When SV time is corrected using this data, the result is called GPS time. The time of transmission used in calculating pseudoranges must be in GPS time, which is common to all satellites. The onboard clock error is typically less than 1 ms and varies slowly. This permits the correction to be speci ed by a quadratic polynomial in time whose coef cients are transmitted in the navigation message. The correction has the form

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