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Having unusual sociocentric data from a non-Western context allowed us to extend previous name generator research through the unique analyses of network structural measures, an extensive consideration of homophily, and investigation of status difference between egos and alters.
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which means orthogonality across vectors and unit norm. Sometimes, the set of vectors can be orthogonal but not normal (i.e. the norm of the vectors is not unitary). This is not a problem provided that we remember to include the appropriate normalization factors in the analysis and/or synthesis formulas. Alternatively, an lineary idependent set of vectors can be orthonormalized via the Gramm-Schmidt procedure, which can be found in any linear algebra textbook.
The study of the federal laws affecting competition between businesses. This course will examine the concepts of competition, market power, monopoly, and practices that might restrain trade. Mergers, boycotts, conspiracies, predation, joint ventures, price discrimination and marketing and other distribution restraints will be analyzed in light of the statutory desire to foster a more competitive economy. [Open Enrollment]
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The challenges facing our environment are daunting, and they are not limited by national boundaries. This course will develop students' knowledge of international environmental law's history, actors, law-making processes, and contemporary debates, as well as include several illustrative case studies of environmental problems, such as trans-boundary air pollution, climate change, ozone depletion and whaling. This course aims to sharpen students' critical reading, negotiation, analytical thinking, scholarly writing, and oral presentation skills. Students will participate in a negotiation simulation on a contemporary international environmental law topic and write a research paper that fulfills the upper level writing requirement.
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An intensive workshop course that provides an introduction to entertainment law and practical analysis, negotiation and drafting of contracts commonly used in the entertainment industry, with attention to emerging issues related to new technologies (such as internet distribution and satellite radio). The course will cover the nature, creation and ownership of intellectual property rights, the formation of different types of business entities, and common contractual relationships. Students will draft applicable documents, including basic copyright and trademark applications, entity formation documents and contracts.[Limited Enrollment]
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While it appears that the time continuum has been tamed by the sampling theorem, we are nevertheless left with another pesky problem: the precision of our measurements. If we model a phenomenon as an analytical function, not only is the argument (the time domain) a continuous variable but so is the function’s value (the codomain); a practical measurement, however, will never achieve an infinite precision and we have another paradox on our hands. Consider our temperature example once more: we can use a mercury thermometer and decide to write down just the number of degrees; maybe we can be more precise and note the half-degrees as well; with a magnifying glass we could try to record the tenths of a degree – but we would most likely have to stop there. With a more sophisticated thermocouple we could reach a precision of one hundredth of a degree and possibly more but, still, we would have to settle on a maximum number of decimal places. Now, if we know that our measures have a fixed number of digits, the set of all possible measures is actually countable and we have effectively mapped the codomain of our temperature function onto the set of integer numbers. This process is called and it is the method, together with sampling, to obtain a fully digital signal.
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One of the fundamental problems in signal processing is to obtain a permanent record of the signal itself. Think back of the ambient temperature example, or of the floods of the Nile: in both cases a description of the phenomenon was gathered by a naive operation, i.e. by measuring the quantity of interest at regular intervals. This is a very intuitive process and it reflects the very natural act of “looking up the current value and writing it down”. Manually this operation is clearly quite slow but it is conceivable to speed it up mechanically so as to obtain a much larger number of measurements per unit of time. Our measuring machine, however fast, still will never be able to take an amount of samples in a finite time interval: we are back in the clutches of Zeno’s paradoxes and one would be tempted to conclude that a true analytical representation of the signal is impossible to obtain.