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decisions or generic questions, few of their people can even talk about the services How sad, they will be left behind if they do not change quickly New regulations in the US, in effect since the divestiture agreement, changed this demarcation point to the entrance of the customer s building From there, the customer hooked up whatever equipment was desired Few people remember that in early 1980, a 2400-bps modem cost $10,000 The items that customers purchase from a myriad of other sources include all the pieces we see during the convergence process In the rest of the world today, where full divestiture or privatization has not yet taken place, the telephone companies (or PTTs) still own the equipment Other areas of the world have a hybrid system under which customers might or might not own their equipment The combinations of this arrangement are almost limitless, depending on the degree of privatization and deregulation However, the one characteristic that is common in most of the world to date is that the local provider owns the wires from the outside world to the entrance of the customer s building This local loop is now under constant attack from the wireless providers offering satellite service, local multipoint distribution services (LMDS), and multi-channel multi-point distribution services (MMDS) Moreover, the CATV companies have installed coaxial cable or fiber, if new wiring has been installed, and they offer the interconnection to business and residential consumers alike The CLECs have also emerged as formidable foes to the local providers They are installing fiber to many corporate clients (or buildings) with less expense and long-term write-off issues The CLECs are literally walking away from the telephone companies and the local loop Add the xDSL family of products to this equation and the telephone companies are running out of options The telephone companies today have approximately 15,000 xDSL connections across the US, whereas the CLECs have over 200,000 Moreover, the cable TV companies have close to 800,000 cable modems installed for high-speed Internet access This is where the CATV companies see the convergence taking place CLECs are also seeing the convergence in the local loop, and with xDSL in their potpourri of offerings, they are actually nudging the local telephone companies aside.

Figure 7-12 The Year-end information and the Calendar Duration information are defined in the Calendar Pattern definition page Care must be taken while defining the Calendar Pattern as this cannot be altered for a given application once the calendar is saved

Another version of an ultrasonic range finder is the Polaroid 6500 Polaroid capitalized on the development of ultrasonic distance sensors designed for its instant cameras and made the technology available for other uses This sensor can accurately measure the distances of objects from 6 inches to 35 feet This sensor works similarly to the SRF04 sensors; the return echo pulse time must be measured The distance is computed by multiplying the time by the speed of sound, which is approximately 1,130 feet per second These sensors have found a lot of use in the autonomous robotics community

In this double leaky bucket case, which was used in most of the early implementations of ATM, cells arrive from the CPE across the UNI totally uncontrollable in time All cells leaking into the network are sent with a cell loss priority (CLP) equal to zero As long as the arriving cells do not exceed a given rate, they are admitted to the network unchanged If the cell arrival rate exceeds the limit imposed by the network, namely the sustained cell rate (SCR) of the connection, the cells in excess of this limit have their loss priority bits changed to one The cells with a CLP equal to one are subjected to another leaky bucket with another limit Any cells sent with a CLP equal to one already set are also added to the cell stream However, this time the limit corresponds to the maximum burst size of the connection Cells under the MBS are admitted onto the network, while any others are discarded This double leaky bucket is shown in Figure 11-11

the calendar by checking next to the appropriate optional frequencies The optional frequency Quarter is checked for inclusion in the examples given in this chapter The next page in the wizard is the Define Period Naming Conventions page Here you can modify the naming conventions for each of the calendar frequencies available from the previous page For the purpose of the examples in this chapter, all the options are left at their default values in this page The next page in the Create Application Calendar wizard is the Create Calendar Views page Additional custom views of the calendar data can be created when the Application Calendar is created for the first time, or when the calendar is extended Calendar views are used to display members of the Time dimension in a convenient way For example, if the calendar includes the frequencies year, quarter, month, and

FIGURE 11-2

Figure 11-11: A double leaky bucket Here are two functions in ATM network implementation that perform traffic control:

11:

day as it does in our sample calendar, views of the data can be created to show only year, quarter, and month data These views can be used in models and fulfill the role of Hierarchies or Member Sets within the Time dimension For the purpose of the examples given in this chapter, a new year-quarter-month (YQM) Calendar view is created by clicking on the Create a View link on this page The value YQM is entered in the text boxes for Label and Description in the top right of this page This new name YQM will appear in the Calendar Views box on the left side of this page First select the new view by clicking on it once and then click on the check boxes next to Year, Quarter, and Month in the Included Frequencies box on the bottom right of this page Now the new YQM view with year, quarter and month levels from the Time dimension is defined, as shown in Figure 7-13 Unwanted Calendar views can be removed from this page by clicking on the Delete Selected View link on this page

The connection administration control (CAC): networks must set aside the proper amount of resources to service a connection at the time of the connection, whether it was set up as a service provision time on a semi-permanent basis, or by means of a signaling protocol dynamically