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802.11a. This protocol was one of the earliest that was adopted for home and SOHO use. It transmits on the 5 GHz band, with a theoretical throughput of 54 Mbps (actual throughput closer to 20). The higher frequency means shorter available range. 802.11b. This is another older protocol that transmits on the 2.4 GHz band rather than the 5 GHz band. Actual throughput is around 6 Mbps, though theoretically it can reach 11 Mbps. It has a longer range and is more popular than 802.11a. 802.11g. This is the most common newer protocol that transmits on the 2.4 GHz band. It has a theoretical throughput of 54 Mbps and nearly 25 Mbps throughput in the real world. It is backwardscompatible with 802.11b.
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Part V
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In this example, the notes text placeholder was moved and resized, and the page placeholder was moved to the top, next to the date.
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Assume that the impedance of each differential branch is Z. It must be impedancematched to 50 ; the impedance matching can be conducted as follows: 1) As shown in Figure 4.26, we connect differential terminals of a transformer balun, which is built by two stacked transformers with their turn ratio = 1 : 2 , to the terminals of the differential pair. As mentioned in simulations 6 and 7, the impedance looking from the single-ended stage before the transformer balun is the same as that looking into a differential branch after the transformer balun. All of them have same value Z as shown in Figure 4.26. 2) At the single-ended port, we do impedance matching between port 1 with 50 source to the load Z and form the single-ended impedance matching network
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3: Installing Ubuntu
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Figure 9.12 Measurement of cable currents due to EMI coupling; modem phone line and serial cable. (Photograph courtesy of Doug Smith.)
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Appendix E: WordPress Vendors and Professional Services
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Cause (a) indicates that the called subsystem has refused the connection. Causes (b) indicate that a SCCP along the message path was unable to transfer the connection request message.
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The copy reads almost like a fairy tale with the use of the Magic Rio Grande Valley name and the story of this unexpected discovery. Schultz created this environment all woven through a compelling and interesting story that holds your attention and keeps you reading. You can t stop now. You ve got to see where this all takes you. Schultz now goes into more detail on the fruit itself. And he uses one technique that you would never believe could be applied to fruit. He makes his product a rarity a limited edition to be shared by very few people. Read the following and see what I mean.
In the downlink (base station to mobile), the base station is capable of synchronising the transmission of all the users signals, such that the symbol durations are aligned with each other. Hence the composite signal is received at each mobile station with d l i ) = 0 for IC = l,2, . . . , K . This scenario is also known as symbol-synchronous transmission. Using the conventional so-called single-user detector, each symbol of the jth user is retrieved from the received signal r ( t ) by correlating it with the jth user s spreading code in order to give:
(12.61) (12.62)
3 30
Identifying Multiple Entities
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Adjacency List Schema Patterns
Towards the Semantic Web
had absolutely nothing to do with the ad copy, they drew absolutely no attention. Nobody ever asked me what the headings meant or commented that they were not consistent with the copy. But had I misspelled a word in the body of the ad, I would have heard plenty about it. The primary purpose of paragraph headings is to get the reader to read the copy by making the copy look less intimidating. A secondary purpose might be to arouse curiosity. Maybe my Scrambled Eggs paragraph heading did just that created curiosity and caused somebody to start reading the copy to nd out what scrambled eggs had to do with the product I was offering. Although I ve never tested to see if this was the case, my experience with paragraph headings tells me that curiosity does play a minor role but the main purpose of these headings is to make the copy less intimidating. 5. Product Explanation: Sounds simple. Sounds basic. But you ll be amazed at how many ads leave out the simple step of explaining what the product does. A rule of thumb here is to explain a complicated product in a very simple way and explain a simple product in a very complex way. For example, I once sold a smoke detector. At the time it was a very common household product whose function was clearly understood by the consumer. In short, the product was simple. In the ad I wrote for an expensive brand, I told a story about the inside workings of my smoke detector. I described the gold contacts (which every other smoke detector had) and even explained how the comparator circuit functioned to determine if there was smoke in the room. Even though this smoke detector cost $10 more than the average market price, it was a big success. The ad illustrates a way to present a simple product in a complicated way. You should sell a simple product that is clearly understood by the consumer in a more complicated way and a more complicated product in a very simple way. When I rst explained the computer to my customers, it was always a very simple explanation of what it could do for them. My ad was not about the technology inside (although some reference was made to the inside) but focused on the simplicity of the product and its use. At this time, consumers were
MOSFETs on PI substrates, which demonstrates a capability for fabricating unit cells that could be implemented in active IR imagers on exible surfaces. Electrodes of Ti/Au (5/70 nm) deposited on the ends of the GaAs nanoribbons (thicknesses, widths, and lengths of 270 nm, 100 m, and 400 m, respectively) form back-to-back Schottky diodes with separations of 10 m. The resulting detector cells exhibit current enhancement as the intensity of IR illumination increases, in good agreement with P-SPICE simulation. A responsivity of about 0.30 A/W at a wavelength of 850 nm is observed in the range from 1 to 5 V. The bendability of this system, which is comparable with that of the devices in Fig. 13.14, could be useful for advanced systems such as curved focal plane arrays for wide-angle IR night vision imagers. 13.6 s-Sc ELECTRONICS ON RUBBER Mechanical stretchability is an important characteristic for extreme bendability in exible macroelectronics. In addition, this feature is required for systems that require conformal integration with complex curvilinear surfaces such as aircraft wings for structural health monitors or hemispheres for electronic eye type imagers. Bendability can be obtained by using thin electronic materials (e.g., s-Sc) on thin substrates (e.g., plastic sheets). Such systems can be rolled into cylinders or cone shapes, neither of which requires signi cant stretching. A strategy to achieve stretchability, which represents a much more challenging mechanical characteristic than bendability, is to use semiconductor materials preformed into wavy shapes that can evolve, similar to an accordion bellows, in response to applied strains. This approach provides an effective stretchability that does not require the materials themselves to experience signi cant strains. Such wavy layouts can be obtained using the wellknown mechanical buckling phenomena. This section provides a brief summary of stretchable inorganic semiconductor ribbons and their implementation in stretchable electronic devices. Buckling (or wrinkling) instabilities represent a well-known phenomenon in mechanics, and it has been extensively studied.100 When a stiff, thin layer of material bonded to a compliant substrate is compressed, the layer relieves the strain by buckling to form periodic, out-of-plane undulations of the layer and the near-surface regions of substrate. Controlled buckling of thin metal lms on elastomeric substrates can be used to achieve stretchable interconnects for rigid device islands, as a route to stretchable electronics.101 Another approach relies on devices that themselves, in addition to the interconnects, are stretchable. Here, wavy semiconductor materials and devices are required. The process for fabricating such elements starts with thin strips, or ribbons, of single-crystalline Si or GaAs, or integrated devices, formed using the methods described previously, followed by bonding to prestrained elastomeric (PDMS) supports. Relaxing the prestrain forms buckled, wavy device elements that can accommodate externally applied strains by changing their
hardware devices on your network a process that can take quite a bit of time and then attempts to configure it for you. Frankly, this type of thing is best handled by either the service provider or directly from the device s own user interface, assuming you know what you re doing. But newer network devices based on the Universal Plug and Play (UPnP) standard can be configured directly from Windows 7. The wizard will detect your network hardware and settings and then forward you to the networking hardware s Web-based configuration. Of course, this varies from device to device, as will your success rate. Manually connect to a wireless network: This connection type is available only on wireless networks. It provides an alternative to the View Available Networks window and is only really needed when you want to connect to a network connection that does not broadcast its SSID (and is thus normally invisible ). As shown in Figure 9-10, you ll need a bit more information than is normally the case, including the name (SSID) of the network, the security and encryption types, and the security key (passcode).
Devices with a CC or CD con guration have the highest input impedance and lowest output impedance.
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