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From here on, the history becomes more familiar to most of us. The advent of the Information Age began rather ponderously with room-sized mainframe computers like the one shown in Figure 1.8, accelerating decades later with the introduction of desktop personal computers and computer-mediated networks. These systems quickly evolved in sophistication and speed, penetrated the office and the workplace; and people thousands and then millions began to use them from their homes. The earliest adopters of networking technologies were, naturally, the populations that designed the systems and had the systems designed for them. These included engineers, programmers, scientists, the military, and academics. As we track in more detail in 2, Using the Net to Share What People

Much of what most experienced professional risk analysts do is craft, based on craft skills learned the hard way by experience. Part II is an attempt to explain systematically as much as we can in a particular generic process context, indicating along the way areas where craft skills are particularly important. Some speci c technique is also provided, but technique in terms of the nuts and bolts or mechanics of processes is not the focus of this book.

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includes the three menu items in the form of shaded rectangles. The code fragment for the initial display is shown as follows: CPaintDC dc(this); CPen penDark(PS_SOLID,2,Color2); dc.SelectObject(&penDark); dc.Rectangle(CRect(CPoint(TopLeft),CPoint(BottomRight))); dc.FillSolidRect(&rc1,Color1); dc.FillSolidRect(&rc2,Color1); dc.FillSolidRect(&rc3,Color1); dc.SetTextColor(RGB(255,255,255)); dc.SetBkColor(Color1); dc.TextOut (pt1.x+10,pt1.y+5, Polynomial ); dc.TextOut (pt2.x+10,pt2.y+5, Lemniscate ); dc.TextOut (pt3.x+10,pt3.y+5, Creative Net ); A character variable called MenuChoice is used to store the user s choice from the menu. An item in the menu is selected by clicking the mouse s left button on the respective rectangle. The click is an event that is detected by the message handler WM_LBUTTONDOWN. A click on one of the shaded boxes activates the function OnLButtonDown(), which assigns one of the characters P, L, or C to the variable MenuChoice. This active variable is passed to OnPaint() through the update function InvalidateRect(). OnPaint()responds to this function by calling one of the functions Polynomial(), Lemniscate(), or CreativeNet(), as follows: switch(MenuChoice) { case P : Polynomial(); break;

spectively. Another constant is MaxPath which is the maximum number of paths allowed in the network. The values of the constants can be changed using the #define directive in Code8B.h. The communication model in the mesh network modeled here is in its simplest form. Factors like the initial startup cost, the transmission rate, and the physical media of the links are not considered in evaluating the communication cost involving shortest paths. Basically, the constructor CCode8B() has the same code as its corresponding function in Code8A.cpp. However, there are some minor changes involving the allocation of memory for the arrays in the structures, as follows:

Usage:

where An is the projected surface area of the noise source (Figure 13.15) along the direction of the antenna, f0 is the center frequency of the band, and 0 is the corresponding wavelength. The amount of power Pn will radiate isotropically, because the phase of the noise source has a random distribution on the object surface. The power received by the antenna with respect to a given polarization (noise power would contain both polarizations with equal power) would be given by Pa = Pn /2 A R2 e (13.31)

Although the above queuing structure appears rather complicated, it can be explained as follows Critical messages are the most important type of traf c for this network, and they are therefore allowed to starve the other classes if bandwidth becomes scarce Thus packets in queue P1 are transmitted in preference to any other packets, followed by packets in queue P2 If there is still bandwidth available, queue P3 is serviced Now, within queue P3, bandwidth is shared between voice, video, and data in accordance with the weights allocated to each of these classes Finally, when bandwidth is allocated to one of these types of traf c, the higher-priority traf c is transmitted in preference to the lower-priority traf c Now consider the problem of allocating rate limits and weights to the priority and weighted fair queues, respectively.

Each of these structures in turn hosts another array of structures one for each WSD-bearing DLL loaded in this process. The DLL is indenti ed by its UID.

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