Titlebook: High Performance Computing in Science and Engineering ‘ 18; Transactions of the Wolfgang E. Nagel,Dietmar H. Kr?ner,Michael M. Res Confere

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B. M. McLaughlin,C. P. Ballance,M. S. Pindzola,P. C. Stancil,J. F. Babb,S. Schippers,A. Mülleral techniques for this purpose, developed in numerical data analysis, are often inadequate because they cluster objects solely on the basis of a numerical measure of similarity. Thus the clusters obtained have no simple descriptions. This limitation is overcome by the conceptual hierarchical methods

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Szabolcs Borsanyi,Zoltan Fodor,Jana Günther,Sandor D. Katz,Attila Pasztor,Israel P. Vazquez,Claudia n view of CAAD-applications. Analogies between linguistic, pictoral and architectural generation and organization are pointed out under conceptions of hypertext, hypermedia and hyperreality. The need for hierarchical structures in architecture is discussed under the notions of hypergeneration and ca

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O. E. Alon,V. S. Bagnato,R. Beinke,S. Basu,L. S. Cederbaum,B. Chakrabarti,B. Chatterjee,R. Chitra,F.resented. System requirements and prototype system implementation using RESOURCE system are described. The system is intended for use during construction and optimization of manufacturing objects as well as objects functioning in stochastic environment.

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Katrin Schulz,Markus Sudmannsossil fuels. This kind of system can respond to the constant increase in the electric energy demand and the need for energy supply in rural or hard-to-reach areas. However, as the energy efficiency of PV systems is low, there exists a necessity to maximize the output power so that it reaches the max

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T. Biktagirov,C. Braun,S. Neufeld,U. Gerstmann,W. G. Schmidtgreat importance and interest. Over the last decades, many rock mass classifications and field approaches have been developed to predict TBM performance in a reliable way. This study gives an overview of the mentioned models and their performance capacity in estimating TBM performance in different c

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The TNG50 Simulation of the IllustrisTNG Project: Bridging the Gap Between Large Cosmological Volumeures resulting from the complex process of cosmic structure formation. Here we present early results from the ongoing TNG50 run, an unprecedented ‘next generation’ cosmological, magnetohydrodynamical simulation—the third and final volume of the IllustrisTNG project, with over 20 billion resolution e

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44065 HypeBBH Yearly Report—High Performance Computing Services at HLRS extended in February 2016 until December 2016, becoming one of the main computing resources available to us. A request for a further extension until December 2017 and new resources allocation has been submitted, and we have been granted access to the machine with full approval of our application.

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