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Describe the headend s importance in the cable system network topology. Identify problems and solutions of handling the local television stations carried on a cable system. Explain the operation of headend electronic signal processing equipment. Describe the method and associated equipment for processing microwave and satellite signals. Explain the upstream (reverse) systems operation and control at the headend. Understand the use of the bidirectional capability of a cable system to control signal security and subscriber billing.
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closed end) changes as the piston moves up and down. The surface area of the piston is constant, so the volume change is just the area times the distance the piston is moved. DV 5 A Dx So for the cylinder, we have F F P V 5 V 5 ( A x ) A A The A are canceled, leaving P DV 5 F Dx 5 w In the case where work is done in multiple directions, we can imagine the work done in each direction as analogous to a piston in a cylinder aligned with that direction. Take, for example, the work done in compressing or expanding a balloon. We can imagine that at each infinitesimally small part of the balloon s surface there is a cylinder of constant area and the expansion or contraction of the balloon is equivalent to moving a piston up or down inside the cylinder. The total change in volume for the balloon is then the sum of all of these individual volume changes given by DV = A Dx. Similarly the pressure against the surface of the balloon can be broken down, at each infinitesimally small part of the balloon s surface, as a force in a direction perpendicular to the balloon s surface at that point, divided by the area of the infinitesimal piston for which we are considering the volume change. The volume change for any three-dimensional shape can, in this way, be broken down into a sum of many simple volume changes, each of which can be expressed as a constant area times a distance. And the pressure that causes that volume change is just, at each point on the surface, the force divided by that small constant area. So we see that a constant pressure times a change in volume P DV is just the three-dimensional equivalent of force times distance, or work. PD V = F (AD x) = F D x A (4-10)
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Although the one-dimensional array is the most commonly used array in programming, multidimensional arrays are certainly not rare. A multidimensional array is an array that has two or more dimensions, and an individual element is accessed through the combination of two or more indices.
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See, for example, U.S. General Accounting Office, Identity Fraud: Information on Prevalence, Cost, and Internet Impact Is Limited, 1998, Rept. GAO/GGD-98-100BR.
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advised to choose a different parent directory for the sample applications. To test the SDK installation, follow these steps: 1. Open the Windows Azure SDK command prompt by clicking the Start button, clicking Program Files, and then clicking Window Azure SDK (January 2009 CTP). 2. Navigate to the sample directory, and then run the RunDevStore.cmd utility to build the samples, create local tables required by the samples, and launch development storage. Running development storage starts the local Blob, Queue, and Table services. 3. Navigate to the HelloWorld application directory, and then run runme.cmd. 4. The development fabric icon will appear in the system tray after a moment. Running the sample automatically launches your web browser and points to the service s default web page. The web interface for the Hello World sample will be displayed in the browser window.
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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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The pre-production phase includes more than just design, however. It s also a time to identify the risks involved in the project, and to do research to minimize those risks when possible. To this end, the publisher will usually ask the developers to assemble a small team, seldom more than ten people, to identify the key challenges in developing the game and start work on them. Risks fall into three categories: technical risks, production risks, and creative risks.
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Ackerman steering, also known as car-type steering, is familiar to all of us. Figure 3-3 illustrates several variations of Ackerman steering. Note that only a single motor source drives the wheels, and a separate motor controls the steering. This method uses two wheels in the front turning together to accomplish the turn. Sometimes a single wheel is used, as in some golf carts, or the rear wheels can turn, as in forklifts. A child pedaling a tricycle is powering the front wheel, but she is also using that same front wheel to control the direction of movement of the vehicle. This turning method has been used in robot applications, but it is not as popular as the differential drive method that we ll discuss in a moment.
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10.4.3 Variable Backlash Errors Variable backlash errors are due to the additional clearance caused by tolerances. Tolerances are the differences between the limits of a dimension. Tolerances are assigned so that even when not made to ideal dimensions parts still assemble and operate satisfactorily. Statistically, if the tolerances controlling the amount of this additional clearance are normally distributed, then the amount of additional backlash will also be normally distributed. In this case the total backlash error is a combination of xed and probable values.
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This simple example shows that EoS can be a cost-effective general-purpose access technology for a variety of Ethernet service profiles and deployment scenarios. However, as the IOF in place and IOF + access in place scenarios illustrate so clearly, its real power lies in its ability to leverage the investment of the enormous installed base of SONET network elements. Once a SONET network featuring MSPPs is in place to support IOF and access for circuit services a commonplace scenario for many large service providers the equipment cost to deliver Ethernet services using that infrastructure becomes marginal. A look at the cost per subscriber further illustrates this point. The example network in Figure 11.11 shows five customer locations, A through E. The example assumes that each EoS transport interface card, EoS/RPR card, and -MSPP can support up to four subscribers (a conservative assumption based on the state of vendor implementations). The network equipment in Table 11.6 can, therefore, support up to four subscribers per location, or a total of twenty subscribers. Increasing the number of subscribers per location requires additional MSPP or -MSPP Ethernet cards.8 Figure 11.12 shows the cost per subscriber for one, four, and eight subscribers at each of the five customer locations for each of the three deployment scenarios. This example reinforces the cost benefit of using EoS to deliver Ethernet services when an MSPP-based SONET network already exists. It also shows that the per-subscriber cost of using EoS technology to deliver Ethernet services can be quite low, especially as the number of subscribers per location grows. At these per-subscriber costs, this solution delivers high-bandwidth, fully protected Carrier Ethernet services, along with the ability to deliver traditional DS-n and OC-N circuit services. As this simple analysis shows, the MSPP provides a powerful tool for service providers to build networks that support a wide variety of services, including fast-growing Ethernet services and the large base of traditional TDM services.
The personnel performing tests have to demonstrate competence through school training or correspondence school training certi ed through a certi cate or diploma. An SCTE training program certi es a technician s or an engineer s competency to perform the FCC tests. Some cable companies have on-the-job training programs that could be acceptable to the FCC. The equipment used should be periodically calibrated by the equipment manufacturer s service department or by an independent test and calibration laboratory. The date of the calibration service has to appear in the FCC proof documents. The testing of signal level at the subscriber s terminal refers to the input to the subscriber s TV set or the set-top converter output. Some operators perform a test on the input /output characteristics of an arbitrarily selected converter and use this information for this test. Now the signal level of the tap port can be used for 100 ft of drop cable (3 dBmV). Some cable technicians will take a 100-ft piece of cable and connect to a test point tap port. Connecting this cable to a converter in the test vehicle allows this measurement to be accurately made. The present FCC proof-of-performance tests in force today are for NTSC television signals. When digital transmission arrives, the FCC no doubt will produce new signal tests and speci cations for compliance. For the present, we will all comply with the present FCC proof-of-performance tests. It is assumed by now that all cable systems have the latest rules in their possession, and this book discusses helpful tips and techniques. The signal level at the subscriber s terminal can be measured using either a signal-level meter or a spectrum analyzer. Some systems connect to the set-top converter and then observe the level at the output of the converter, noting any signal-level variations as the converter is tuned through the cable channels. This, most likely, is not acceptable by the FCC, but signals that are low in level can be quickly spotted and measured. Other signal-level tests are to be made over a 24-hour period, which can indicate any signal-level variation between daytime (warm) and nighttime (cool). The FCC speci cation states the video signal level will not vary more than 8 dB within any six-month interval, which must have four tests in six-hour increments (over 24 hours) during July or August. For January or February, the video carrier level will not vary more than
EXAMPLE
All ports on a 2960 switch support trunking. Remember that the 2960 supports only 802.1Q trunking, so you must set up a trunk connection only to other 802.1Q trunking devices. If you want a trunk to be in an on state, use the trunk parameter. For a desirable DTP state, use dynamic desirable, and for an auto state, use dynamic auto. The default mode is auto. If you don t want to use DTP but still want to perform trunking, use the nonegotiate parameter. For 802.1Q trunks, the native VLAN is VLAN 1. You can change Use the switchport this with the switchport trunk native mode command to enable trunking on vlan command, but then you ll need to match a switch. up the native VLAN on all switches in the layer 2 network. After you have configured your trunk connection, you can use this command to verify it:
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5-6-7-8-9, in polydyne design, 440, 443 444 control DRD cams, 94 96 DRRD cams, 96 98 D-Curve, 102, 405f, 406f E-Curve, 102, 406f eighth degree, 84f, 100 101 eleventh degree, 101 102, 405f, 406f exponent manipulation, 99 102, 99f, 100f fth order, acceleration in, 99f Fourier series, 103 105 general derivation, DRD cam, 94 96 high order, 99, 100f, 109, 446, 446f in polydyne design, 439 440 seventh order, acceleration in, 100f simple, in dwell-rise-dwell cam, 32 40 Polynomial equation constant velocity, 90 in curve generation, 109 degree of, 109 general form of, 89 90 Polysilicon, 508 Positive drive action, in followers, 4 Potential energy, in spring, 333 334 Precision measuring machine (PMM), 291, 292f Press, cam-operated, 21, 22f Pressure angle calculation of, 193 194 de nition of, 18, 162 determination of, 179, 180f maximum, 18 19, 20f of roller followers, 191f, 192, 193f software for, 561 of translating knife-edge follower, 191f, 192 Pressure angle forces in oscillating roller follower, 166 168, 167f in translating at-faced follower, 168 169, 168f, 189 190 in translating roller follower, 163 166, 164f, 166f Pressure-viscosity coef cient, 275, 276, 276t Prime circle, 18, 19f Prime pro le, 162f PRO/ENGINEER software, 203, 562 Progressive coil springs, 335, 336f PRO/MECHANICA software, 562 Quick-action cams, 471 472, 472f Quintic spline functions, 187
Using the View Navigator . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Using the View Manager Docker . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Exploring View Manager Commands . . . . . . . . . . . . . . . . . . . . . Making and Taking a Structured View of a Document . . . . . . . . Using Page and Zoom Options . . . . . . . . . . . . . . . . . . . . . . . . . . .
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