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latitude of a location could be established, but not the longitude, as no technique was available. So territorial limits were de ned through the help of signi cant land characteristics (river, mountains, and so on), but this was not a simple approach for countries located ten thousand miles away! Determining longitude on land was just about to nd a satisfactory answer following Galileo s work on Jupiter s moons, but determining longitude at sea would remain impossible until the late eighteenth century. The evaluation of latitude was based on the elevation measurement of a reference star over the horizon, which is a simple notion at sea. In the northern hemisphere, the pole star2 was established as the reference star at the very beginning of navigation, but was not visible once in the southern hemisphere. The Portuguese, who had chosen to investigate the southern route around Africa, faced this problem quite early in the middle of the fteenth century. A new method was required, and it was found that the course of the Sun over the sky (and more precisely the elevation of the Sun when passing through its apogee), together with astronomical tables (the regimentos), allowed the evaluation of latitude worldwide. To achieve the angle measurements required for both polar or Sun elevation, the instruments used were based simply on technical developments of the Kamal concept. The requirement was to make a double sighting: horizon and star. The rst instrument was a quadrant equipped with a sinker, allowing a direct reading of the latitude angle. Figure 1.6a shows the one attributed to Christopher Columbus.

MythGallery Plug-in Overview . . . . . . . . . . . . . . . . . . . . . . . . . . . 233 MythGallery Keyboard Commands . . . . . . . . . . . . . . . . . . . . . . . . . 234

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ALBERT GR F and THOMAS McKENNEY Department of Music Informatics, Johannes Gutenberg University, Mainz, Germany

Suppose a user has split backend and frontend systems or multiple backends (or some combination) and forgets to upgrade one part or the other Then, when newer and older components try to communicate, they ll abort, because they use different protocols Simply upgrade all components to the same version and restart them to remedy this situation If you have upgraded a single system but fail to restart mythbackend after the upgrade, the older version could still be memory-resident The same thing can happen if you restart mythbackend but leave the old mythfrontend running Either way, there s a protocol mismatch Restart all components, and all should be well.

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Expos preferences start with the prefix wvous because at one point in its development, Expos was known by the unlikely name WindowVous, as in Rendezvous for Windows.

both cases the delay in information delivery decreases by the use of mobile connections that are independent of location This feature provides service promise to companies that want to provide content to users, or, in case of company-speci c content, to the employee The living environment of the user changes with increasing technology/device integration (eg e-Learning while sitting in the train content can be downloaded into your pocket ) The usage of content services, and thus the interest of companies to invest in content-based business models, depends on device development The more capable the devices are to provide mobility features (context, personalisation, battery size, screen size), the more potential there will be in the development of innovative services in the Wind Turns scenario, thus providing business possibilities In the Old Rules scenario, the market of mobile service-based content will develop slowly phones with services cost too much.

Fraud monitoring dashboards may be deployed by credit card companies and financial institutions that require proactive monitoring of potentially fraudulent transactions and identity theft cases. Large e-commerce sites may also use such dashboards to monitor excessive and unusual buying patterns to alert for identity fraud. Manufacturing process monitoring dashboards may be deployed in factories, refineries, heavy mills, and mines to monitor their complex and critical industrial processes. Visual indicators of process flow and key point measurements within the process displayed on a dashboard and coupled with an audiovisual alerter help in active process monitoring. Assembly-line monitoring dashboards may be deployed in assembly plants (e.g., automotive, aerospace, machinery, electronics, computers) to monitor real-time throughput and the status of assembly lines. Sensors continually sending measurement data to a dashboard with analytic capabilities help provide real-time performance of the assembly lines (see Exhibit 8.5).

Although Theorem 10.2.1 is proved only for discrete sources with a bounded distortion measure, it can also be proved for well-behaved continuous sources and unbounded distortion measures. Assuming this general theorem, we calculate the rate distortion function for a Gaussian source with squared-error distortion. Theorem 10.3.2 The rate distortion function for a N(0, 2 ) source with squared-error distortion is 2 1 log , 0 D 2 , R(D) = (10.24) D 2 0, D > 2. Proof: Let X be N(0, 2 ). By the rate distortion theorem extended to continuous alphabets, we have R(D) =