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But it does not say how the weights for the rst three variables are to be found What is needed is the factor that best reproduces the scores of these three variables Note that this is the same question asked in ECFA, and the same restriction is used so that a solution can be found: principal factoring (maximizing the variance that is reproduced) or maximum likelihood factoring (maximizing the variance with the further restriction of maximizing the generalization to the population) To illustrate this connection with ECFA, one principal factor was extracted from the rst three variables; then, separately, one factor was extracted from the last three using an ECFA program (communalities were started at reliabilities and then iterated nine times) That is the second part of Table 63 It gives the weights for each of the factors to reproduce each of the variables.

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Essential Windows CE Application Programming by Robert Burdick Wiley Computer Publishing, John Wiley & Sons, Inc. ISBN: 0471327476 Pub Date: 03/01/99

Child controls are created by calling CreateWindow or CreateWindowEx, just as top-level application windows are created. The window class name to use for a given control type is given in Table 3.1. Child controls communicate with their parent window by sending WM_COMMAND messages. These messages include the control identifier associated with the control, and a notification code that indicates what sort of action the user performed with the control. All of this information is sent to the parent window in the WM_COMMAND message parameters, as shown in Table 3.2. PARAMETER HIWORD(wParam) LOWORD(wParam) (HWND)lParam Table 3.2 The WM_COMMAND Message MEANING Notification code. If the message is from a menu item, this value is 0. Specifies the command identifier of the control (or menu item) sending the WM_COMMAND message. The HWND of the control sending the message. If the WM_COMMAND message is not sent by a control, this value is NULL. For example, this is the case if the message is sent by a menu item.

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Using extension analysis (discussed later in this chapter), the correlation between these two so-called exploratory factors was found to be 12 And what if a real CCFA is computed from these data Using the original maximum likelihood program for CCFA gives the nal two columns of Table 63 The very slight differences may be a function of the differences between principal and maximum likelihood factors or the number of iterations for communalities (It does illustrate how few.

These expressions are similar to those given for the FEC system, and are obtained by replacing t by l. Retransmissions happen with a certain probability. Retransmission is not required when the receiver has received a valid codeword, an event with probability P(0, n), or when the number of errors in the received vector produces an undetectable error pattern, an event with probability Pwe . Therefore, the retransmission probability Pret is given by [3] Pret = 1 (P(0, n) + Pwe ) Since usually Pwe P(0, n), Pret 1 P(0, n) = 1 (1 p)n np = = (63) (62)

If these two conditions hold, the MGW will accept SP1 as the rst spending proof of the MU, and the LUAPs stored at the sMAP and nMAPs can be updated to IDMU ; B t; SPi ; PMK . In this way, the MU could reveal SP2 H m 2 M ; . . . ; SPi H m i M ; . . . ; SPm H 0 M M one after another to prove the spending for m times. In case the hash chain runs out or the MU cannot submit a valid chain token on time, the MGW can detect it and terminate the ongoing communication session immediately.

These calculations are simpli ed by using the normalized Gaussian probability density function, also known as the function Q(k) (Figure A.7): 1 Q(k) = 2 obtained by putting = y m (21)

1.2 TYPES OF HANDOFFS Handoffs are broadly classified into two categories hard and soft handoffs. Usually, the hard handoff can be further divided into two different types intra- and intercell handoffs. The soft handoff can also be divided into two different types multiway soft handoffs and softer handoffs. In this chapter, we focus primarily on the hard handoff.