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This section provides an overview of an existing telephone network, including its shortcomings that can be remedied by VoIP. Figure 40-5 shows a telephone network as it exists without modern VoIP equipment. The Public Switched Telephone Network (PSTN) is the oldest network in the world. It has 700 million subscribers worldwide. The connection from the central office (CO) to home is usually analog. Digital devices (such as a fax machine or computer) require an intervening modem for conversion to analog. Figure 40-5 shows buildings 1 and 2 and the remote branch office having their own private branch exchange (PBX) devices. It connects phone calls coming from the PSTN to the extensions within the organization. Calls from one internal phone to another are kept within the organization without having to use the PSTN. This is possible if the PBXs are interconnected (as shown between buildings 1 and 2 in Figure 40-5). The PBX interconnections are digital (such as T-1 links or channels configured on a TDM backbone). The TDM splits the bandwidth into channels dedicated for voice or data.

The window and level feature allows the user to control the grouping and interval of gray levels to be displayed on the monitor. The center of this interval is called the level value, and the range is called the window value. The selected gray level range will be distributed over the entire dynamic range of the display monitor; thus using a smaller window value will cause the contrast in the resulting image on the screen to increase. Gray levels present in the image outside the de ned interval are clipped to either black or white (or both), according to the side of the interval on which they are positioned. This function is also controlled by the user via a trackball, mouse, and keyboard. For example, moving the trackball in the vertical direction typically controls the window value, whereas the horizontal direction controls the level of which gray levels to be displayed on the monitor. Window and level operations can be performed in real time by using an image processor with a fast access memory called a lookup table (LUT). A 256 value LUT inputs an 8-bit (a 4096 value LUT inputs an 12-bit) address whose memory location contains the value of the desired gray level transformation (linear scaling with clipping). The memory address for the LUT is provided by the original pixel value. Figure 12.8 illustrates the concept of the LUT. In the gure the original pixel 5 is mapped to 36 via the LUT. If the window value is xed to 1 and the level value is changed by 1 from 0 to 255 continuously, and if the image is displayed during each change, then the monitor is continuously displaying all 256 values of the image, with 1 gray level at a time. 12.5.3 Histogram Modi cation

6.4.2.1 Microwave tomography. The goal of microwave tomography is the recovery of the dielectric property profile of the breast from measurements of narrowband microwave signals transmitted through the breast. Whilst promising initial results have been reported, the solution of this nonlinear inverse-scattering problem requires challenging and computationally intensive reconstruction algorithms. Also, tomographic techniques generally require a large number of transmitting and receiving antennas to be distributed around the object of interest, which complicates the imaging of smaller breast volumes and breast tissue near the chest wall or in the upper outer quadrant of the breast where nearly half of all lesions occur. 6.4.2.2 UWB radar techniques. In contrast to tomography, UWB radar techniques do not attempt to reconstruct the dielectric-properties profile, but instead seek to identify the presence and location of significant scatterers in the breast. MIST beamforming, which falls under this class of techniques, offers significant improvement over the previously reported techniques of simple timeshifting and summing of backscattered signals to create a synthetically focused signal. Typically, a system sends a microwave pulse from a transmitter and receives it in the same location with the same antenna. Ground-penetrating radar for mine detection accomplishes detection with an antenna located typically just above the ground. The same basic principles used in ground-penetrating radar are also used in medical imaging.

. Start to talk time: the delay from the time the user presses the PTT key to the time the handset indicates permission to talk (handset beep and graphic indication).

Figure 5.32. An illustration of the effect of pathlength differences in the ampli er beam trains using two adjacent beamlets. As shown, it is necessary to match the propagation distances to ,2 cm when using high pressure nitrogen as the SBS medium. The 15 cm pathlength difference shown in Figure (a) corresponds to an 0.8p xed phase offset between the beamlets.