Titlebook: Advanced Computing in Industrial Mathematics; 14th Annual Meeting Ivan Georgiev,Hristo Kostadinov,Elena Lilkova Conference proceedings 202

Density

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異教徒

Benutzerfreundliche Online-Hilfenudied channel can have arbitrary number of arms and each arm can contain arbitrary number of nodes. We study flow of substance for two channel configurations. We discuss first the case of a channel which arms contain infinite number of nodes each and obtain probability distributions of substance in

comely

innovation

Benutzerfreundliche Online-Hilfenhat drives the Earth’s climate system. The precise knowledge of solar radiation at certain place of interest is essential also for the precise quantitative description and construction of photovoltaic facilities. The three primary sun radiation components—global horizontal irradiance (GHI), direct n

解凍

Die kontextsensitive Anbindung,entially, when the size of the problem grows. Combinatorial Optimization Problems (COP) belong to the class of NP-hard problems. The traditional numerical methods can not solve this type of problems using reasonable computational resources. Therefore special methods are developed to solve COPs in a

machination

TAG

Benutzerfreundliche Online-Hilfenet observations in a jump-diffusion framework. Such a model extends the standard Black–Scholes models by adding jumps to the continuous dynamics of the asset price thus enabling to describe large and sudden changes in the underlying price. We use a fully implicit finite difference scheme to solve th

HERTZ

Betriebs- und Wirtschaftsinformatikhe multiple-precision Taylor series method and the globally grid refinement method. The globally grid refinement method is used for verification of the computed solution and is a more rigourous verification than one in the works of other authors. We use as a test problem the classical Rossler system

EPT