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0.2 1.75, 7.1 1.16 2.95 1.25 0.2 6.3 0.80 1.47 1.4 2.8 2.28 0.52
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Figure 7.6 PCM encoding of analog voice signal, with reconstruction of approximate analog voice.
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FIGURE 1.2 Welcome to SolidWorks screen
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Bell Labs, 709, 710 Bell of Pennsylvania, 708 Bell Operating Company (BOC), 223 225, 708 709 Bell System, 707 708 Bell Telephone Laboratories, see Bell Labs Bellcore, 206, 224, 432, 475. See also Telcordia Technologies BellSouth, 708 Bend radius, 46 Bent pipe, 71 Berkeley Software Distribution UNIX (BSD UNIX), 631 Berners-Lee, Tim, 672 Binary with 8-zeros substitution (B8ZS), 314, 344 Binary le transfer (BFT), 163 Binary phase shift keying (BPSK), see Modulation Binary Synchronous Communications (Bisync, or BSC), 283 284f Binder group, 52 Bipolar, 15 Bipolar violation (BPV), 314, 318, 344 Bit, 15 Bit interleaved parity (BIP), 481 Bit rate, 15, 254, 561 Bit robbing, 311, 345 Bit time, 15, 84 Bits per second (bps), 11 Block, 284f Block checking character (BCC), 284f Block parity, 281 Blocking switch, 119 120f Blog, 675 676 Bluetooth, 408 411, 410f Bluetooth Special Interest Group, 758 Bolt, Beranek and Newman (BBN), 631 Bonding, 341, 345 Bose, Chadhuri, and Hocquengham (BCH), see Forward error correction (FEC) Brand X, 726 Break strength, 46 Bridge, 376f, 377f, 378 encapsulating, 377f ltering, 378 medium access control (MAC), 378 self-learning, 377 378 Source Routing Protocol (SRP), 378 Source Routing Transparent (SRT), 378 Spanning Tree Protocol (STP), 378, 384 Bridged tap, 261, 427 Broadband, 12, 421 422 Broadband intercarrier interface (BICI, B-UNI), 522 Broadband ISDN (B-ISDN), see Integrated Services Digital Network (ISDN) Broadband LAN, see Local area network
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The standard for Gigabit Ethernet (GbE or GigE) was nalized and formally approved on June 29, 1998, as IEEE 802.3z. Although fully compatible with both 10- and 100-Mbps Ethernet, most equipment has to be upgraded (i.e., replaced) to support the higher transmission level. GbE addresses the bandwidth problem in 10/100 Mbps Ethernet networks, which began to feel the stress of bandwidthintensive, multimedia-based Internet and intranet applications as well as scienti c modeling and data warehousing and data backup. GbE is available in shared and switched versions (see Figure 8.19), both of which support multiple ports that can run at 1 Gbps in full-duplex (FDX). Shared GbE essentially is a much higher speed version of 10Base-T and 100Base-T. Shared GbE is a high-speed hub that uses CSMA/CD for Medium Access Control over the shared bus. Therefore, you can characterize shared GbE as a brute-force attack on congestion. Switched GbE addresses the congestion problem through buffering incoming Ethernet frames and passing them to the output port when the shared bus becomes available. The shared bus can run at a speed of several Gbps. The more substantial switched GbE products offer nonblocking switching through a crossbar switching matrix, which may run at an aggregate of tens of Gbps [37]. The cost of a GbE switch is greater than that of a GbE hub and is sensitive to such factors as port density, buffer placement and capacity, switch matrix complexity, and throughput. While GbE resembles traditional Ethernet, differences include frame size. As the clock speed of GbE is one or two orders of magnitude greater than its predecessors
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11. Up to this step, you have just assembled the parts as if this were the only time you were going to do it. The automation of the process comes next. Figure 19.12 shows the training assembly to this point. The shaft and plate are shown in wireframe because they are external to the Smart Component.
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2) Removing the special impedance matching network as shown in Figures 7.21 and 7.29, and matching the new input and output impedances, R and R , in out directly by the input and output baluns respectively. 3) Modifying the input and output baluns as shown in Figure 7.19, again to further decrease the size. All the micro strip line segments will be replaced by chip capacitors and inductors. Figures 7.31 and 7.32 show the input balun and its performance. Figures 7.33 and 7.34 show the output balun and its performance. The magnitudes of S21 and S31 in Figure 7.28 are kept within 3.75 0.5 dB and their phase difference is kept within 180 over the entire frequency bandwidth. The magnitudes of S21 and S31 in Figure 7.34 are also kept in 3.75 0.5 dB and their phase difference is also kept within 180 over the entire frequency bandwidth. Within the frequency bandwidth, their performances are acceptable.
A rudimentary introduction CDMA was provided in 1 in the context of single-user to receivers, while in 2 the basic concepts of multi-user detection have been introduced. However, as noted earlier, our aim is to allow reader to consult this chapter directly, without having to refer back to the previous chapters. Hence here a brief overview of the undrlying CDMA basics is provided.
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TABLE 21.2-1 H.323 Recommendation Summary Sponsor ITU-T H.225.0 Standard Signaling Function Endpoint registering with gatekeeper (RAS protocol) Call setup and tear-down (Q.931 protocol) Channel parameter negotiation Media stream transport (RTP) Media stream control (RTCP) Security Conferencing Supplementary services Audio codec standards Video codec standards Fax service Data service Data communications
The network is the computer. More than a catchy phrase, this slogan (which Sun coined more than a dozen years ago) describes a fundamental reality of computing today: The location of data, processing, and services are not as important as how and when these resources are used. With advances in the Web, we might even say, The Internet is the computer. The systems we manage have evolved into portals to a universe of information and tools. Basic software applications are increasingly Internet-, intranet-, and Web-centric. This was true when this book was first published in the year 2000. It is even more true today with the proliferation of network storage and service-centric computing. But how do we manage our systems and networks to best effect this reality How do we keep our systems and networks manageable What kind of foundation do we need to build locally so that the layers of complication wrought by services provided internally and externally go down smoothly and reliably What kind of skills do we need to manage an increasingly virtual network Our users are sending e-mail around the globe. Our networks comprise ever-changing configurations of new and aging systems. We are seeing both data and system services becoming disassociated from the server hardware. Our responsibilities as systems administrators now often incorporate managing clusters, configuring networks, monitoring security, Webmastering, performance analysis, and debugging, in addition to the standard fare of software installation, account and printer management, and backups. Everything in this book is intended to move you in the direction of the manageable network to introduce you to tools and provide you with strategies that will help you manage your systems. No one can manage infinite complexity. And, if anyone could, that person would likely be smart enough or interesting enough that he or she wouldn t want to. Those of us who have been in the business of managing large networks for a long time understand that it is far easier to manage several hundred systems that are all the same than half a dozen that are all different. These two scenarios represent opposite ends of the spectrum with respect to homogeneity and heterogeneity. However, most of us are
8. Change the value of the number to 8, and be careful to also change the drop-down setting to This Configuration Only instead of All Configurations. If you forget to do this, then you will have to go to the other configuration and set it back to 6. 9. Click the Rebuild symbol (which resembles a traffic light) to show the changes before exiting the Modify dialog box. Notice that the CrvPattern2 fails after rebuilding CrvPattern1 with eight instances. Click the green check mark icon to exit the Modify dialog box, and then make the same changes to the CrvPattern2: change the dimension name and the number of patterned instances to eight (remember to use the This Configuration Only setting). The part should now look like Figure 10.32.
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FIGURE 1-1 Choose standard installation image or Server Core.
Error detection of SUs in SS6 and SS7 is done by cyclic redundancy checking (CRC), a technique used in many data communication systems. The CRC procedure for SUs from STA to STB is described below (Fig. 5.2-6).
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