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Figure 731 When testing T1 services from mid-span, a round-robin test can be performed This will verify the service from end to end If any errors occur, a full duplex test may be required to isolate the problem

When execution gets to this point, we ll output the string *break* and then enter a nested prompt level.

at the test set Although a BER test is run and lines can be verified, there is no way to identify from which direction possible errors are originating If errors do occur, a full-duplex end-to-end test can determine if a transmitting or receiving problem exDownloaded from Digital Engineering Library @ McGraw-Hill (wwwdigitalengineeringlibrarycom) Copyright 2004 The McGraw-Hill Companies All rights reserved Any use is subject to the Terms of Use as given at the website

11 Click Next and Finish Select the site in the left pane of the Access Management Console 12 In the center pane, select Manage Secure Client Access | Edit Gateway Settings 13 Under Gateway Server, in the Address (FQDN) field, type the Access Gateway FQDN This must be the same name used on the Access Gateway certificate

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ists The problem can be isolated by installing loops and working backward to the test site 75 In-Service Testing Monitoring the Quality of Service (QoS) while a system is in operation and has traffic has become one of the most important issues in an increasingly competitive telecommunications market Being able to guarantee performance levels and detect degradations before customers notice them are differentiators for the operator, and are an important ingredient of the Controlled Maintenance strategy (ITU-T Recommendation M20) described in 5 In the deregulated competitive environment, in-service monitoring is very desirable because it allows the operator to monitor quality of service continuously and determine whether degraded performance is being caused within the operator s network or by another vendor Often the customer s traffic will traverse several different networks between source and destination The different parts of the route are referred to as network sections, while the end-to-end connection is referred to as the path Monitoring overall path performance provides an indication of the service the customer receives, while section measurements are important for troubleshooting and countering finger-pointing In-service measurements cannot rely on a bit-by-bit error check, as is possible with an out-of-service PRBS test; the monitoring equipment has no way of knowing the data content of random customer traffic Instead, in-service testing must check for errors in any known fixed patterns (such as frame words in the random data stream), or must apply error detection codes (EDCs) to blocks of data The most powerful detection processes are based on computing parity or checksums on blocks of data, including the payload bits, and transmitting the result to the far end for recomputation and comparison A number of technical developments on the transmission side have specifically aimed to improve in-service monitoring, notably the revised primary rate frame formats at T1 (ESF) and E1 (CRC-4) One of the driving forces for developing the new SDH and SONET standards was to improve the built-in network monitoring and control of high-capacity transmission links As mentioned earlier, the transmission of wideband unformatted data, while possible on clear-channel E1 E4 paths, creates problems in performance monitoring because there is no recognizable data pattern to check for errors A contribution of SDH systems is that these unformatted E1 E4 data streams now can be packaged in a virtual container, with a path overhead that does a parity check on the tributary payload Measurements can be made with a portable test set equipped with framing and demultiplex capability in its receiver Alternatively, the measurements can be made by a network monitoring system; in some cases, the detectors can be built into the operational equipment itself, in which case the network monitoring system needs to check status indicators and alarms Because these are nonintrusive measurements, they should be made at a protected monitor point or by using a resistive bridging.

Figure 8.1 This shows how to define a simple scriptblock. Note that the param statement is optional, so a minimal scriptblock only has the braces.

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