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The program works like this. The menu is displayed, and the user enters the number of the selection desired. Since the number is in ASCII, 49 (the decimal value of 0) is subtracted from it in order to convert it into a binary integer. This value is then returned to main( ) and is used as an index to options, the array of function pointers. Next, the call to the proper function is executed. Using arrays of function pointers is very common, not only in interpreters and compilers but also in database programs, because often these programs provide a large number of options and efficiency is important.

int x, y, z; // 3-D coordinates public: three_d(int a, int b, int c) { x = a; y = b; z = c; } friend ostream &operator<<(ostream &stream, three_d obj); friend istream &operator>>(istream &stream, three_d &obj); } ; // Display X, Y, Z coordinates - three_d inserter. ostream &operator<<(ostream &stream, three_d obj) { stream << obj.x << ", "; stream << obj.y << ", "; stream << obj.z << "\n"; return stream; // return the stream } // Get three dimensional values - three_d extractor. istream &operator>>(istream &stream, three_d &obj) { cout << "Enter X,Y,Z values: "; stream >> obj.x >> obj.y >> obj.z; return stream; } int main() { three_d a(1, 2, 3); cout << a; cin >> a; cout << a; return 0; }

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The network interworking function provides the transport of Frame Relay user traffic transparently across the ATM link. It also handles the PVC signaling traffic over ATM. As already discussed, this is sometimes called tunneling through the network. Other times it is called encapsulating the traffic. Regardless of the name it is given, the function provides for the transparent movement of end user Frame Relay information across the ATM network. The benefit is that with the tunneling or encapsulation formatting, the service is as good as though the end user has a leased line service between the two end points. The benefit of this tunneling approach is connecting two Frame Relay networks across an ATM backbone. This is shown through the use of the network-interworking unit in Figure 12-12 . The interworking function is shown as a separate piece of equipment between the Frame Relay and ATM network, which in some cases it is. However, newer implementations of this architecture place the network interworking function and interfaces inside an ATM switch. Regardless of where it resides, the functionality is really important, not the location of the box. The interworking function will allow for each Frame Relay PVC connection to be mapped on a one-to-one basis over an ATM PVC. In other cases, many Frame Relay PVCs can be bundled together across a single, higher-speed ATM PVC. The one-to-one or the one-to-many services allow more flexibility.

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try with suf cient test modes and accuracy to perform all the necessary tests required by the FCC for system proof-of-performance tests. Some of the features cable technical personnel consider as important as accuracy and performance are simply whether an instrument is lightweight and battery powered. This makes using the equipment in the eld a lot more practical. Digital data storage as well as digital data setup of the instrument is also important to large cable systems that require a lot of measurements. A test setup using such features is shown in Figure 7-3. 7.121 The spectrum analyzer contains some of the circuitry contained in the SLM. The display used by a spectrum analyzer is a cathode ray tube or a bright LCD screen. The screen is driven digitally. Spectrum analyzers offer an analog display mode as well as a digital one, giving the operator the best of both worlds. A block diagram of an elementary spectrum analyzer is shown in Figure 7-4. This block diagram indicates that the width of the measured signal is essentially the width of the resolution bandwidth lter, which is the last IF ampli er in the spectrum analyzer signal chain. The instrument is also swept through the frequency band at the same rate of the display, following the horizontal power contained in the resolution bandwidth circuit. A screen display of a television signal channel is shown in Figure 7-5. In this case, the instrument controls are set to display the entire signal across the 6 MHz band. As mentioned earlier, spectrum analyzers on the

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