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Case Study: Blackhawk Down
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Downloaded 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.
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16: Initial Router Con guration
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The file servers run a network operating system such as Windows Server 2008 or Novell. The servers feed files to the XenApp farm, maintain directory services, and sometimes handle printing functions. For larger Citrix implementations, a separate high-end print server should be dedicated to handle the printing function, as described in 16.
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Let s look at some code examples to see how the wildcard mask works. Use the router shown in Figure 20-4 as an illustration.
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ISDN was conceived in the early 1980s by the world s telephone companies as the next generation network. The existing voice networks didn t deal well with data for the following reasons:
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In a synchronous network ideally all network nodes should derive their timing signals from a single master network clock. In practice this will not always be the case. Timing differences can be caused by a node losing the network timing reference and operating on its standby clock, or by differences at the boundary between two separate synchronous networks. With this in mind the synchronous standards are designed to handle such asynchronous operation within the network. To accommodate timing differences (clock offsets), the VC-4/SPE can be moved (justified) positively or negatively, n bytes at time, with respect to the transport frame. (The value of n is 1 in SONET and 3 in SDH.) This is achieved simply by recalculating or updating the pointer at each synchronous network node. In addition to clock offsets, updating the pointer also will accommodate any other timing phase adjustments required between the input signals and the timing reference of the node. To facilitate efficient multiplexing and crossconnection of signals in the synchronous network, the VC-4/SPE is allowed to float within the payload capacity provided by the STM-1/STS-1 frames. This means that the payload envelope can begin anywhere in the synchronous payload capacity and is unlikely to be wholly contained in one frame. More likely than not, the VC-4/SPE will begin in one frame and end in the next. When a VC-4/SPE is assembled into the transport frame, additional bytes are made available in the embedded overhead. These bytes, referred to as the pointer, contain a value that indicates the location of the first byte (J1) of the VC-4/SPE. The payload is allowed to float freely within the space made available for it in the transport frame, so that timing phase adjustments can be made as required between the payload and the transport frame. Another approach to overcoming network timing issues is to use 125 s slip buffers at the inputs to synchronous multiplexing equipment. This type of buffer corrects frequency differences by deleting or repeating a payload frame of information as required. These slip buffers are undesirable because of the signal delay they impose and the signal impairment that slipping causes. Using pointers avoids these unwanted network characteristics. Pointer processing does, however, introduce a new signal impairment known as pointer adjustment jitter. This jitter impairment appears on a received tributary signal after recovery from a payload envelope that has been subjected to pointer changes. Excessive jitter on a tributary signal will influence the operation of the network equipment processing the tributary signal immediately downstream. Great care therefore is required in the design of timing distribution for the synchronous network. This is done to minimize the number of pointer adjustments and, therefore, the level of tributary jitter that results from synchronous transport. Consequences and effect of jitter on the network is dealt with in 24. 13.13 Additional Information This chapter represents a very brief overview of the synchronous telecommunication standards. The next two subsections contain a list of some of the more important standards documents for both SDH and SONET, as well as a more detailed examination of the alarms mentioned in section 13.10.
At the top end of the spectrum is a device like the TouchLinc On-Screen Programmable X10 Controller. This touch screen device is highly customizable and allows you to create your own displays, control up to 72 X10 devices, and create 12 macros. The device connects to a nearby AC receptacle, or if you want a neater appearance it can connect to your home s electrical system via either a doorbell chime or the HVAC wiring. The TouchLinc sells for US$399.99. However, if you want something a little easier on the wallet, such devices as the KeypadLinc (which sells for US$89.99) allow you to control up to eight X10 devices or macros.
It must be stressed that, when we calculate limx c f (x), we do not evaluate f at c. In the last example it would have been impossible to do so. We want to determine what we anticipate f will do as x approaches c, not what value (if any) f actually takes at c. The next example illustrates this point rather dramatically.
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PDH Networks 158 Wide Area Networks
Figure 10-7 This is the matrix displaying data from a cube, although at this point the report contains no interactive features.
of operation. As an example, if a 1:1 transformer s primary had a 50-ohm amplifier attached to its input, and the secondary had a 50-ohm antenna at its output, then the primary winding s reactance (XP) should be at least 200 ohms, while the secondary winding s reactance (XS) should also be 200 ohms at its lowest frequency of operation. To design a toroidal transformer, follow these steps: 1. Calculate the required reactances of both the primary and the secondary of the transformer at its lowest frequency: XP where XP ZOUT XS ZIN 4 ZOUT and XS 4 ZIN
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