Abstract We review how to simulate continuous determinantal point processes (DPPs) and improve the current simulation algorithms in several important special cases as well detail certain types of conditional can be carried out. Importantly we show speed up widely used Fourier based projection DPPs, which arise approximations more general DPPs. The are implemented published open source software.

Through this article, we establish an invariant point theorem by defining generalized Zs-contractions in relation to the simulation function S-metric space. In results of Nihal Tas, Yilmaz Ozgur and N.Mlaiki. addition that, bestow example which supports our results.

Recent developments in the design and manufacture of microcomputers together with improved simulation techniques make it possible to achieve the speed and accuracy required for the dynamic simulation of power systems in real time. This paper presents some experimental results and outlines new ideas on hardware architecture, mathematical algorithms and software development for this purpose. The ...

The direct sampling (DS) multiple-point statistical technique is proposed as a non-parametric missing data simulator for hydrological flow rate time-series. The algorithm makes use of the patterns contained inside a training data set to reproduce the complexity of the missing data. The proposed setup is tested in the reconstruction of a flow rate time-series while considering several missing da...

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Thin irregularly-shaped surfaces such as clay drapes often have a major control on flow and transport in heterogeneous porous media. Clay drapes are often complex curvilinear 3dimensional surfaces and display a very complex spatial distribution. Variogram-based stochastic approaches are often also not able to describe the spatial distribution of clay drapes since complex, curvilinear, continuou...