Le lecteur est sur le point de se lancer dans un voyage tutoriel à travers une série de systèmes dynamiques non linéaires qui contiennent une riche tapisserie de phénomènes et de solutions. L'étude des systèmes non linéaires peut être grandement améliorée par l'utilisation combinée des équations dynamiques stochastiques et des calculs de Monte Carlo. Lorsqu'un système dynamique est forcé et dissipatif, toutes les trajectoires tendent vers un ensemble limité de volume zéro - souvent un étrange attracteur avec une dimension fractale. Les équations dynamiques stochastiques peuvent révéler directement les moments statistiques du système, mais leur solution directe est inefficace, et elles ne sont pas un ensemble fermé. La puissance de la méthode combinée est que le temps moyen des moments de Monte Carlo sera exactement en accord avec les équations décrites par le côté gauche des équations dynamiques stochastiques complètes définies à zéro - aucune fermeture n'est nécessaire. Chaque équation exprime une relation exacte entre les variables. L'un est capable d'approfondir la nature des systèmes non linéaires. Cette exposition tutorielle offre les outils pour les efforts de modélisation non linéaire passés dans les sciences physiques traditionnelles et dans divers problèmes de modélisation complexes dans de nouveaux domaines de la biologie et des sciences de la santé.
Les informations fournies dans la section « Synopsis » peuvent faire référence à une autre édition de ce titre.
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Etat : New. Dieser Artikel ist ein Print on Demand Artikel und wird nach Ihrer Bestellung fuer Sie gedruckt. Autor/Autorin: Fleming Rex J.Dr. Rex J. Fleming is a mathematician with a Ph.D.in Atmospheric Science from the University of Michigan. He has over 50 years experience in government and industry as a scientist and manager in weather and climate rese. N° de réf. du vendeur 159144159
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Taschenbuch. Etat : Neu. nach der Bestellung gedruckt Neuware - Printed after ordering - The reader is about to embark on a tutorial journey through a series of nonlinear dynamic systems that contain a rich tapestry of phenomena and solutions. The study of nonlinear systems can be greatly enhanced by the combined use of the stochastic dynamic equations and Monte Carlo calculations. When a dynamic system is forced and dissipative all the trajectories tend toward a bounded set of zero volume - often a strange attractor with a fractal dimension. The stochastic dynamic equations can directly reveal the statistical moments of the system, but their direct solution is inefficient, and they are not a closed set. The power of the combined method is that the time averaged Monte Carlo moments will agree exactly with equations described by the left hand side of the full stochastic dynamic equations set to zero - no closure is required. Every equation expresses an exact relationship among the variables. One is able to delve far deeper into the nature of the nonlinear systems. This tutorial exposition offers the tools for the past nonlinear modeling efforts in the traditional physical sciences and in various complex modeling problems in new fields of biology and health sciences. N° de réf. du vendeur 9783659715143
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Taschenbuch. Etat : Neu. This item is printed on demand - it takes 3-4 days longer - Neuware -The reader is about to embark on a tutorial journey through a series of nonlinear dynamic systems that contain a rich tapestry of phenomena and solutions. The study of nonlinear systems can be greatly enhanced by the combined use of the stochastic dynamic equations and Monte Carlo calculations. When a dynamic system is forced and dissipative all the trajectories tend toward a bounded set of zero volume - often a strange attractor with a fractal dimension. The stochastic dynamic equations can directly reveal the statistical moments of the system, but their direct solution is inefficient, and they are not a closed set. The power of the combined method is that the time averaged Monte Carlo moments will agree exactly with equations described by the left hand side of the full stochastic dynamic equations set to zero - no closure is required. Every equation expresses an exact relationship among the variables. One is able to delve far deeper into the nature of the nonlinear systems. This tutorial exposition offers the tools for the past nonlinear modeling efforts in the traditional physical sciences and in various complex modeling problems in new fields of biology and health sciences. 144 pp. Englisch. N° de réf. du vendeur 9783659715143
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Taschenbuch. Etat : Neu. Neuware -The reader is about to embark on a tutorial journey through a series of nonlinear dynamic systems that contain a rich tapestry of phenomena and solutions. The study of nonlinear systems can be greatly enhanced by the combined use of the stochastic dynamic equations and Monte Carlo calculations. When a dynamic system is forced and dissipative all the trajectories tend toward a bounded set of zero volume - often a strange attractor with a fractal dimension. The stochastic dynamic equations can directly reveal the statistical moments of the system, but their direct solution is inefficient, and they are not a closed set. The power of the combined method is that the time averaged Monte Carlo moments will agree exactly with equations described by the left hand side of the full stochastic dynamic equations set to zero - no closure is required. Every equation expresses an exact relationship among the variables. One is able to delve far deeper into the nature of the nonlinear systems. This tutorial exposition offers the tools for the past nonlinear modeling efforts in the traditional physical sciences and in various complex modeling problems in new fields of biology and health sciences.Books on Demand GmbH, Überseering 33, 22297 Hamburg 144 pp. Englisch. N° de réf. du vendeur 9783659715143
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