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Compression and expansion. Figure 3.7 shows a typical companding curve that encodes the sample value (horizontal axis) into 128 levels using the logarithmic curve. Notice how many of the levels are used for small signals to maintain an acceptable signal-to-noise ratio. The 128 levels are represented by an 8-bit word (a byte or octet). As bytes are produced at the sampling rate of 8 kHz, the result is a bit stream at the familiar 64 kbps. Slightly different companding equations are used in the U.S. and Europe. However, all aspects of the PCM process are fully standardized by the ITU-T (Recommendation G.711, first issued in 1972). Figure 3.8 shows the variation of the signal-to-noise ratio as a function of signal level. The linear portion at low signal levels is equivalent to the Lease Significant Bits (LSBs) of a 12-bit analog-to-digital (A/D) converter. The flat portion (constant signal-to-noise) is the companded 8-bit conversion. Companding is the simplest technique to reduce the data rate of digitally encoded analog signals such as telephony, video signals, and audio. More sophisticated techDownloaded from Digital Engineering Library @ McGraw-Hill (www.digitalengineeringlibrary.com) Copyright 2004 The McGraw-Hill Companies. All rights reserved. Any use is subject to the Terms of Use as given at the website.

Optical Network Management The telecommunication network management (TMN) framework defines a hierarchical management model in which element management systems (EMS) interface to vendor network management systems (NMS) or carrier operational support systems (OSS) [3]. Although most early DWDM, OTM, and OADM systems provided limited EMS/NMS support, newer offerings have much better capabilities. Here a key requirement is end-to-end wavelength channel management, which is generally complicated by the transparency of DWDM systems. Therefore, as an interim solution, many vendors have adapted some form of SONET/SDH overhead monitoring. Although this is usually only done at the edge or at select opaque (regeneration) points inside ROADM/OXC networks, it still forces TDM framing of all client data. Alternatively some vendors offer proprietary BER-agnostic optical-layer monitoring, for example, laser powers, link powers, amplifier gain, and so on. To better address wavelength monitoring concerns, the ITU-T OTN (G.872) has standardized a digital wrapper solution for its optical payload unit (OPU) hierarchy.

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The use of trial mixes needs to be considered for the following additional problems: Admixture compatibility Rapid slump loss Plastic shrinkage cracking Variation in air content.

Common ampli er problems are often related to the switching power supply module This type of power supply is well regulated as per line power and load power This type of supply recti es the 60 or 90 vac cable power and then converts this dc power to a higher frequency ac that is regulated precisely and then converted down to the standard dc voltage used by the ampli ers The transformer that controls this high-frequency ac voltage emits sound at the ac frequency Normal operation sounds are different from an abnormal operation, and often an experienced technician can tell which is normal Once suspected, a voltage measurement will often con rm the faulty unit Capacitors of the electrolytic type are the most likely to fail in a power supply.

In order to give the routers enough time to propagate the poisoned route and to ensure that no routing loops occur while propagation of the poisoned route occurs, the routers implement a hold-down mechanism. During this period, the routers will freeze the poisoned route in their routing tables for the period of the hold-down timer, which is typically three times the interval of the routing broadcast update. When hold-down timers are used, a poisoned route will remain in the routing table until the timer expires. However, if a router with a poisoned route receives a routing update from a neighboring router with a metric that is the same or better than the original route, the router will abort the hold-down period, remove the poisoned route, and put the new route in its table. Also, if a router receives a worse route from a neighboring router, the router treats this as a suspect route and assumes that this route is probably part of a routing loop, ignoring the update. Of course, the worse metric route really might be a valid alternative path to the network; however, the function of hold-down timers and poisoning routes prohibits the use of this route until the hold period expires. While in a hold-down state, a poisoned route in the routing table will appear as possibly down. One of the problems of using hold-down timers is that they cause the distance vector routing protocol to converge very slowly if the hold-down period is 180 seconds, you can t use a valid alternative path with a worse metric until the holddown period expires. Therefore, your users will lose their connections to this network for at least 3 minutes.

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