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15.12 Split TCP Connections The TCP provides end-to-end connection. This means that the TCP layers at the sender and receiver are connected through a virtual link (see Sec. 15.3) so that such matters as congestion control and regulation of data flow, can be carried out without intervention of intermediate stages. It is to preserve this end-to-end connection that many of the extensions to TCP described in the preceding section have been introduced. If, however, it is assumed that the end-to-end connectivity can be split, new possibilities are opened up for the introduction of satellite links as part of the overall Internet. Figure 15.13 shows one possible arrangement (Ghani and Dixit, 1999). Breaking the network in this way is termed spoofing. This refers to the fact that the TCP source thinks it is connected to the TCP destination, whereas the interworking unit (IWU) performs a protocol conversion. In Fig. 15.13, TCP Reno refers to the TCP with extensions: slow start, congestion avoidance, fast retransmit, fast

TCP source IWU TCP Reno Link-level protocol Improved link-layer protocol or even TCP version Spoofing endpoints Native (legacy) TCP versions at client desktops

TCP/IP satellite link spoofing configuration. (Courtesy of Ghani and Dixit, 1999. Copyright, 1999 IEEE.)

The PlotToFile Method This method works in a similar way to the PlotToDevice method except that it plots layouts of the active drawing to a specified file. The default layout to be plotted is the active layout, but this may be overridden by the SetLayoutsToPlot method given earlier in this chapter. This method returns a Boolean indicating whether the plot to file was successful. A value of True indicates success. blnPlotSuccessful = PlotObject.PlotToFile _ (PlotFile [, PlotConfiguration]) Table 15-5 shows the PlotToFile method s parameters. Table 15-5. PlotToFile Method Parameters

recovery, support for large windows, and delayed ACKs. At the IWU the data are transferred from the TCP Reno to the data-link protocol. As shown in the figure, any one of a number of link layer protocols may be used. At the destination end, the IWU performs the conversion back to TCP Reno. One approach developed at Roke Manor Research, Ltd. (West and McCann, 2000) illustrates some of the possibilities and problems associated with splitting. The two key issues are setup and teardown (West and McCann, 2000). To illustrate the process, consider a connection being set up between host A and host B. In setting up the connection, host A sends a synchronizing segment, labeled SYN in the TCP/IP scheme, which specifies certain protocols to be followed. Host B responds with its own SYN, which contains its protocol requirements, also an ACK signal that carries the number to be used by host A for the first data byte it sends. Host A then responds with an ACK signal that carries the number to be used by host B for the first data byte it sends. The three signals, SYN, SYN/ACK, and ACK, constitute, what is known as a threeway handshake. A three-way handshake is also used to close (teardown). Suppose host B wishes to close. It sends a final segment (FIN). Host A acknowledges the FIN with an ACK and follows this with its own FIN. Host B acknowledges the FIN with an ACK. On connections with long RTTs, it will be seen that these three-way handshakes will be very time-consuming.

In This :

Solution The specified values at epoch are mean motion n 14.23304826 rev/day, mean anomaly M0 246.6853 , and t0 223.79688452 days. In this instance it is only necessary to convert the mean motion to degrees/day, which is 360n. Applying Eq. (2.25) gives

246.6853 14.23304826 360

Once the mean anomaly M is known, the next step is to solve an equation known as Kepler s equation. Kepler s equation is formulated

in terms of an intermediate variable E, known as the eccentric anomaly, and is usually stated as M5E e sin E (2.27)

Kepler s equation is derived in App. B. This rather innocent looking equation is solved by iterative methods, usually by finding the root of the equation: M (E e sin E ) 5 0 (2.28)

The name of the file that the layout or layouts is plotted to. When you re plotting multiple layouts, it s possible for the file name for each plot to be generated from the drawing and layout names. This automatic generation of plot file names will occur if a path but no file name is supplied. Otherwise, the last layout specified will be plotted to the file name provided. This optional parameter specifies the full path and file name of a PC3 file to use instead of the current configuration. If the file isn t found, AutoCAD will search the printer configuration path for the file. If this parameter isn t provided or is invalid, the current configuration will be used.

Example 2.13 Given that the mean anomaly is 205 and the eccentricity 0.0025,

Keynesian Model of Equilibrium Output Income-Expenditure Model of Equilibrium Output Leakage-Injection Model of Equilibrium Output The Multiplier Changes in Equilibrium Output When Aggregate Supply Is Positively Sloped