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Titlebook: High Performance Computing in Science and Engineering ´15; Transactions of the Wolfgang E. Nagel,Dietmar H. Kröner,Michael M. Res Conferen

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number g(G) of independent vertex-sets. For example, consider the graphs G. with n vertices x. …,x. such that only the pairs (x., x.), i = 1,…, n − 1, are joined by an edge. It is easy to see that the numbers g. = g(G.) satisfy the relation. with the initial conditions g. = 2, g. = 3. Therefore the
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Michael Walz,Alexei Bagrets,Ferdinand Evers,Ivan Kondov= ., w. = b, w. = w and each w. equals w.w.. w.w., ... The basic structure and properties of Fibonacci words have been studied in [2–6]. In this paper, we determine all the prefixes of Fibonacci words and the subwords of the golden sequence that are of Fibonacci lengths.
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ted here on the example of a Gaussian ensemble of random matrices ; the averaged resolvent, for instance, may be written this way as a double integral for any size of the matrices. In some other exceptional circumstances it is advantageous to introduce Grassmannian “dimensions”. Thus in certain prob
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Sven Benson,Jürgen Pleissandom surface models are introduced. Their common mean-field theory is briefly described. The so-called planar random surface — (or Nambu-Goto string-) model, a surface analogue of Brownian motion, is studied in more detail and shown to exhibit mean-field behaviour in all dimensions.
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gh much work needs to be done to establish various aspects of the conditions under which it can be most beneficially used. A main limitation of the method as described here is a restriction to mutationonly algorithms, but there are various ways to address this and other limitations.
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