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ing. The Fed, for its part, was extremely unhappy with all of the developments because it was losing its grip over the credit system at a time when strong discipline was necessary. The NOW accounts offered by smaller state banks also amply demonstrated that the Fed was only in charge of the larger federally chartered banks, but had far less control over the small institutions that still made up a large percentage of the country s banks. The smaller banks were offering an account the larger banks could not offer, a situation that would not last long. When some of the large banks began offering the NOW accounts, the Fed was faced with another dilemma. If it penalized them, it faced more defections. By the late 1970s, the Fed was faced with a serious erosion of its power unless Congress intervened.
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antenna diagram or antenna pattern The radiation pattern of an antenna, showing the relative radiation intensity in each radiated direction antenna ef ciency aperture (of antenna) array antenna availability baseband Baud rate beam of an antenna beamwidth BER (Bit Error Ratio) boresight carrier CDMA (Code Division Multiple Access) CEPT channel spacing CIR (Carrier-to-Interferor Ratio) The ratio of the maximum effective area of an antenna to the aperture area An imaginary area (on or near an antenna), based upon which, convenient assumptions can be made regarding the radio eld values An antenna comprising a number of similar radiating elements arranged in a xed pattern A target set for the percentage of time during which a radio system is to achieve a given Bit Error Ratio (BER) quality target for transmission The original frequency of a user-signal to be carried by a radio system The rate of change of the carrier signal modulated to carry the digital user information (also known as the symbol rate) The major lobe of the antenna diagram See `half power beamwidth' A measure of the quality of a digital signal The main radiation direction of an antenna, particularly the compass bearing in the horizontal plane The radio signal onto which the user signal or data is modulated A multiple access scheme for point-to-multipoint wireless systems European Conference for Posts and Telecommunications The frequency separation between adjacent radio channels An important parameter used in radio planning which determines the acceptable minimum separation of radio transmitters using the same frequency
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13. Does the organization have a designated custodian for sensitive data disks 14. Are unattended microcomputers turned off when data is removed from the system 15. Is reformatting of the disk or overwriting of the file required for destruction of sensitive data 16. Have legally binding confidentiality agreements been drafted by the employer and signed by microcomputers users with access to sensitive data (e.g., customer lists) 17. Are diskettes or cartridges stored in a secure cabinet or fire-rated safe 18. Which of the following are required before decisions are made based on microcomputer-generated reports:
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"Well, we can't assume the same number of copies, so if we base it on one-tenth that number and use that to divide into the cost of repurposing the text and graphics and running the servers and doing the maintenance, it could run as high as 20 cents to 30 cents, but that's being very generous. It's probably more like 7 cents, and that number goes down with every copy that gets downloaded." "For simplicity's sake, let's call it 25 cents just so it'll be easy to defend " "OK-then what " The "then what" turned out to be a chart, available on the intranet in real time to any manager who questioned the value of putting information online (see Table 9.1). Table 9.1: The Value of Content as Expressed by Cost Reductions DOWNLOADED PRINT ONLINE TOTAL TOTAL YTD COST COST PRINTED ONLINE COST COST Annual Report 43,934 $ 7.00 $ 1.00 $ 1.25 $ 0.25 $ 0.05 $ 0.07 $ 307,538 $ 1,045 $ 4,455 $ 10,984 $ 52 $ 249
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The unsignedInt datatype, which is derived from unsignedLong, represents a number with an upper bound of 4294967295. The unsignedShort datatype is derived from the unsignedInt datatype. The following list contains the facets available in the unsignedInt datatype:
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The last accomplishment of XML is that it is not a new technology. XML is a subset of the Standardized Generalized Markup Language (SGML) that was invented in 1969 by Dr. Charles Goldfarb, Ed Mosher, and Ray Lorie. So, the concepts for XML were devised over 30 years ago and continuously perfected, tested, and broadly implemented. In a nutshell, XML is SGML for the Web. So, it should be clear that XML possesses some compelling and simple value propositions that continue to drive its adoption. Let s now examine the mechanics of those accomplishments.
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then, tunable single frequency diode lasers are being used in an increasingly diverse range of spectroscopic and communications applications. Spectroscopy is the investigation of the response of matter to an interacting electromagnetic field. A myriad of different methods and techniques are referred to as spectroscopy but the common thread with them all is that the behaviour of a material is dependent on the frequency of the EM field. Generally, if the field frequency is the same as a resonance of the material, the response is different to when the field is non-resonant. As a result, this frequency-dependent response reveals something about the material and its environment. A convenient tool for spectroscopic investigation is a source with a frequency that is tunable through the resonances of the sample. Preferably the source will also be single frequency as it is usually desirable to probe one resonance at a time to avoid confusing mixed signals that result from simultaneously exciting multiple resonances. For the same reason, applications where the absorption resonances are closely spaced will require an EM source with narrow linewidths. The wide range of wavelengths, linewidths, and tuning ranges offered by the tunable diode lasers discussed in this chapter make them ideal for spectroscopic applications, enabling Nobel prize-winning research to be performed such as the observation of Bose-Einstein condensation [96]. It would be impossible to discuss all the possible spectroscopic applications of diode lasers here. Several reference books have been written that describe in detail the many different forms of laser spectroscopy and their application [94, 97]. Here some typical examples of diode laser spectroscopy will be given as will a description of some of their applications such as developing very accurate clocks and rulers, and the measurement of pollutant levels in the atmosphere. Another important area of tunable diode laser application is the optical communications industry. Optical communication systems make it possible to transport information and data over large distances at the incredible rates we enjoy today. Diode lasers with their fast modulation rates are key components of these systems, but with ever increasing volumes of communications traffic, more information-carrying light needs to be transported through the system. One way this is done in practice is to use light of different wavelengths to carry information simultaneously in the same optical fibre link [98, 99]. As will be discussed, a single frequency diode laser that is tunable between the different channel wavelengths is an ideal tool for this purpose.
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BCH Codes (Bose Chaudhuri Hocquenghem)
Unlike pure, abstract spaces, the physical universe contains matter. It harbors myriad objects, interacting with one another in a complex web of relationships. Massive bodies from rings spinning around Saturn to apples falling toward Earth tug on one another by means of gravity. Electrical charges embrace or reject their kin, based on their respective signs (plus or minus, that is, not astrological). Newton characterized such pushes and pulls as actions at a distance, like invisible chains connecting the mechanisms of a universal machine. By the time of Gauss and Riemann, however, physicists began to envision quite a different explanation, one in which special media, called fields, produce the effects of forces by reacting to the effects of one object and conveying this disturbance to another. Gauss himself developed a mathematical way of discerning the effects of electrical charges on field lines known, appropriately enough, as Gauss s law. If the action at a distance view can be described as one tugboat pulling another along with a rope, the field perspective imagines the first disturbing the water and causing the other to rock in its wake. Once Riemann mapped out the structure of non-Euclidean geometry, this structure provided a natural way of envisioning such ripples. Instead of thinking of fields as independent entities within space, could they be part of the fabric of space itself Then could spatial geometry serve as the conduit for force Riemann s obsession with such a possibility to fulfill his goal of uniting physics wracked his nerves and ended in failure. Yet it inspired another mathematician to take even bolder steps in such a direction. William Kingdon Clifford was born in 1845 in Exeter, England. He had an uncanny gift for visualizing spatial relationships. Once when he was a boy, a family acquaintance brought back from India a challenging three-dimensional puzzle, consisting of a sphere made of intricate interlocking pieces. The goal was to find a way to separate all the pieces, one by one. During dinnertime, young Clifford was shown the puzzle. He diligently looked it over without touching it, then thought over the situation for a few minutes. He picked up the puzzle and instantly solved it.5
We start by looking at the user-plane protocol stack for a generic network element in a Computer Network as depicted in Figure 6.3 (cf. also Figure 1.1b). The network element is generic in the sense that Computer Networks usually have no explicit architecture. We see a protocol stack with any Layer 1 and Layer 2 technology, e.g. WLAN, topped by IP, a transport layer, and nally the application. A second IP layer (in grey) may be present when mobility is supported by a protocol employing IP-in-IP tunnelling, e.g. Mobile IP [RFC, 3344 RFC 3775]. Greater detail will be provided in 11.
information extracted from the EIS to show how productivity in an organization has declined in recent years. Financial data can be retrieved from the EIS database to demonstrate how increases in unit labor costs over time have been primarily responsible for significant increases in the product s unit cost and have been damaging to the company s competitiveness by forcing increases in the product s selling price. Executives can also compare company sales (internal data) to industry sales trends (external data) from the EIS to project market share changes in response to changes in selling price. External information may also be extracted from the EIS database to indicate how competitors achieve greater efficiency by using less labor and more advanced technology to manufacture a quality product at a materially lower unit cost. As a result, management may demonstrate that the competition is able to sell greater quantities of their products at lower prices. This information may provide justification for closing the unprofitable plant and opening a modern facility that will enable a company to be more competitive in the industry. EIS IN PRODUCT COSTING DECISIONS Resolving the conflict between profitability in the short run and increasing market share in the long run requires a mix of both external and internal data for a rational decision. Executives need information on product demand and elasticity, competing products and strategies, the economy, and other factors such as the cost of manufacturing the product and trade-offs that exist relative to different product quality levels under different cost assumptions. Some questions executives may raise are:
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