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Table 12.4 shows the cell format summary for the alarms Alarm Indication Signal (AIS) and Remote Defect Indication (RDI). The AIS alerts downstream nodes of an ATM or Physical layer failure at the upstream node, while the RDI is generated at the termination node of the failed connection and alerts upstream nodes of a failure downstream. These alarms are generated at the rate of one cell per second. During installation, ATM networks can be tested to determine whether switches respond appropriately to alarms generated by test equipment. The AIS and RDI alarms are used on PVCs but not SVCs. It is expected that over time additional OAM cell functions will be defined and implemented for ATM networks. 12.11 ATM Troubleshooting Summary Although ATM networks tend to be reliable, sometimes they can be affected by different types of problems that originate from various sources. In fact, sometimes a symptom can be caused by more than one source. Establishing hard-and-fast, reliable rules for troubleshooting network problems therefore becomes difficult. There are basic tests that can be conducted to help isolate the source of problems, however. Some of these tests are described in Table 12.5 and provide the network operator with possible sources of problems, given particular symptoms experienced by customer applications. In order to minimize potential problems once live customer traffic is running over the network, the best policy is for carriers to emulate customer traffic prior to service turn-up. This will help carriers anticipate possible problems and make necessary adjustments to improve service.
Conformance and Interoperability Testing Conformance and Interoperability Testing 119
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Figure 6-26 ProClarity Desktop Professional allows users to connection directly to a cube or to use one of three other options.
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First, notice that the code in Tick( ) is contained within a lock block. Recall, Wait( ) and Pulse( ) can be used only inside synchronized blocks. The method begins by checking the value of the running parameter. This parameter is used to provide a clean shutdown of the clock. If it is false, then the clock has been stopped. If this is the case, a call to Pulse( ) is made to enable any waiting thread to run. We will return to this point in a moment. Assuming the clock is running when Tick( ) executes, the word Tick is displayed, and then a call to Pulse( ) takes place followed by a call to Wait( ). The call to Pulse( ) allows a thread waiting on the same object to run. The call to Wait( ) causes Tick( ) to suspend until another thread calls Pulse( ). Thus, when Tick( ) is called, it displays one Tick, lets another thread run, and then suspends. The Tock( ) method is an exact copy of Tick( ), except that it displays Tock. Thus, when entered, it displays Tock, calls Pulse( ), and then waits. When viewed as a pair, a call to Tick( ) can be followed only by a call to Tock( ), which can be followed only by a call to Tick( ), and so on. Therefore, the two methods are mutually synchronized. The reason for the call to Pulse( ) when the clock is stopped is to allow a final call to Wait( ) to succeed. Remember, both Tick( ) and Tock( ) execute a call to Wait( ) after displaying their message. The problem is that when the clock is stopped, one of the methods will still be waiting. Thus, a final call to Pulse( ) is required in order for the waiting method to run. As an experiment, try removing this call to Pulse( ) and watch what happens. As you will see, the program will hang, and you will need to press CTRL-C to exit. The reason for this is that when the final call to Tock( ) calls Wait( ), there is no corresponding call to Pulse( ) that lets Tock( ) conclude. Thus, Tock( ) just sits there, waiting forever. Before moving on, if you have any doubt that the calls to Wait( ) and Pulse( ) are actually needed to make the clock run right, substitute this version of TickTock into the preceding program. It has all calls to Wait( ) and Pulse( ) removed.
No intervention Follow-up Histopathologic diagnosis
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