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These three concepts are shown in Figure 5-3 depicting the terminology.
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Consider a two-pair cable of UTP, such as depicted in Figure 21.3, in a network in which one of the pairs is designated as transmit and the other pair as receive. Coupling between pairs, called crosstalk, limits both the data rate and length for acceptable error rates in network use. Cable manufacturers have made significant reductions in crosstalk by bundling wire pairs with different twist rates. Each of the four pairs in a Category 5 LAN UTP cable, for example, will have a unique number of twists per foot. (The 5 in Cat 5 is a quality grading established by the 568A Standards body, listed in the chapter
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of chemical receptors that generate a difference in voltage when a particular chemical substance is present. With the help of neural networks, it is possible to distinguish specific scent patterns9 and, thus, recognize an individual. Current approaches use neural networks in which the artificial nose is trained to smell, rather than digitize, scents. Chemical sensors are a related technology that has been getting recent attention. These sensors operate at the molecular level and can be quite accurate; however, they are unable to cope with the dynamic range that real olfactory systems possess. Hence, these sensors can be fooled by different (higher) concentrations of other substances. Challenges remain. Body odor is greatly affected by factors such as diet and emotional state. Moreover, inconsistencies in chemical composition as a result of hormonal or emotional changes are also a problem. These effects on recognition are unknown because the distinctiveness of body odor has yet to be demonstrated empirically. However, ample precedent exists from the animal kingdom to believe it could be useful. As Roger Caras has aptly noted, going back to the days of ancient Rome, hounds of enormously sophisticated scenting ability were found throughout the Mediterranean region. These dogs were ancestors to the modern-day bloodhound. An operational concern is odor masking, a significant industry in itself (far bigger than the biometric industry), and the common use of perfumes could have an impact on the operational feasibility of such a biometric. Body odor can reveal other sensitive information, like health status or hygiene, which might be considered intrusive. However, it is doubtful that many people would raise a stink over this biometric. Research efforts to replicate the olfactory process of the nose have been ongoing for the past decade or so, mainly in Europe, though the bulk of research today is done in the United States. Some of the institutions active in this area include University of Warwick, University of Southampton, Tufts University, California Institute of Technology (Caltech), University of California (Riverside), and the Massachusetts Institute of Technology (MIT). Research is focused on developing a nose in a particular domain, rather than a generalized artificial nose. The United States Department of Defense and National Institutes of Health have funded some of this research. A number of artificial noses are under development and some are available. No biometric product has been produced yet. Wired reports that a British developer, Mastiff Electronic Systems Ltd., makes a new sensor called Scentinel, but Senior Engineer Stephen McMillan says the product won t be ready for another three years. Thus, it is a largely unknown business case.
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Exploring the C# Library
The Density of Wood
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