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Since P(X) is the same in both equations, only P(Xjdiabetes 1)P(diabetes 1) and P(Xjdiabetes 0)P(diabetes 0) are needed. To calculate P(diabetes 1), the number of observations is counted in Table 4.19 with diabetes 1, which is 9, divided by the total number of observations, which is 20: P(diabetes 1) 9=20 0:45 Similarly, to calculate P(diabetes 0), the number of observations in Table 4.19 is counted where diabetes 0, which is 11, divided by the total number of observations, which is 20: P(diabetes 0) 11=20 0:55 Since this approach assumes that the independent variables are independent, the calculation of the P(Xjdiabetes 1) is the product of the conditional probability for each of the values of X: P(Xjdiabetes 1) P(BP highjdiabetes 1) P(weight abovejdiabetes 1) P(FH yesjdiabetes 1) P(age 50 jdiabetes 1) The individual probabilities are again derived from counts of Table 4.19. For example, P(BP highjdiabetes 1) counts all observations with BP high and diabetes 1(4), divided by the number of observations where diabetes 1(9): P(BP highjdiabetes 1) 4=9 0:44 P(weight abovejdiabetes 1) 7=9 0:78 P(FH yesjdiabetes 1) 6=9 0:67 P(age 50 jdiabetes 1) 7=9 0:78 Using these probabilities, the probability of X given diabetes P(Xjdiabetes 1) P(BP highjdiabetes 1) P(weight abovejdiabetes 1) P(FH yesjdiabetes 1) P(age 50 jdiabetes 1) P(Xjdiabetes 1) 0:44 0:78 0:67 0:78 P(Xjdiabetes 1) 0:179 Using the values for P(Xjdiabetes 1) and P(diabetes P(Xjdiabetes 1)P(diabetes 1) can be calculated: 1), the product 1 is calculated:

iii)

Two common reasons why this may happen are that the software was not installed, or the command is not in your path. To solve the first problem, you have to install the software package containing the command. (Appendix A explains how to install Linux software.) The second problem requires a bit more explanation. When you type a command, the shell looks for that command in a set of predefined directories called your path. You can see what directories are in your path by typing:

index or benchmark customized for the strategy. The rst option is straightforward. We compare the results to the target return. But given that markets uctuate, if we had an absolute long-term average goal in mind, we would not expect to earn that target return in any one period. For example, if the market is down 20% in a period and our fund is down 15%, while none of us has a long-term investment objective of losing money, we would be happy with our performance on a relative basis. So the peer group and benchmark comparison alternatives are of value even for funds with speci c return

This space segment is controlled and monitored by a master control facility (MCF). The INSAT-1 series are three axis stabilized satellites with a mass of 650 kg in orbit and a power (end of life) of 900 W. The first one was launched in 1982 with a design life of seven years. The INSAT-2 series, manufactured by ISRO (India) are also three axis stabilized satellites with a mass of 1 040 kg in orbit and a power (end of life) of 1 150 W. The first one was launched in 1992 with a design life of seven years. The INSAT-2DT has been purchased from the ARABSAT organization and relocated at 55 E. The currently operated INSAT-2 series satellites are as per Table AN3-16 and the typical characteristics of the INSAT-2C satellite communication subsystem are summarized in Table AN3-17.

However, the RR can become a potential scaling bottleneck, as the one element in the network required to carry the state for all VPN routes One way to avoid this problem is to partition the VPN routes among several reflectors A PE router peers only with the route reflector that carries routes from the VPNs in which it is interested However, this alone is not enough What if a PE router is required to peer with all the reflectors, because it has customers whose routes reside on each one of the route reflectors The PE would then receive updates for all the VPN routes in the network What is needed is a way for the PE to inform the RR which routes it is interested in In this way the routes are filtered at the RR rather than being propagated to the PE and filtered at the PE.

The <ILAYER> tag syntax is:

connections with the services. Figure 12.19 shows the helper classes in relation to the ControllerServlet. The ControllerServlet determines the type of request and instantiates the appropriate helper class. The following sections describe the responsibility of each class.

The function names and arguments may appear confusing at first, but you will soon get the hang of them. The name of each function is made up of three parts:

Notice that the negation operator symbol is exactly the same as the subtraction operator symbol. This, as you may expect, can cause some confusion. Consider these two formulas: