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Convergence Rates for Upwind Schemes with Rough Coefficients [PDF]
SIAM Journal on Numerical Analysis, 2017 This paper is concerned with the numerical analysis of the explicit upwind finite volume scheme for numerically solving continuity equations. We are interested in the case where the advecting velocity field has spatial Sobolev regularity and initial data are merely integrable.
Schlichting, André, Seis, Christian
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IEEE Access, 2019 It is very interesting and important to determine the function model for remote-sensing data. The existing statistical and artificial intelligence models still have some defects.
Changan Yuan +4 more
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On rough convergence variables of triple sequences [PDF]
Analysis, 2020 AbstractTriple sequence convergence plays an extremely important role in the fundamental theory of mathematics. This paper contains four types of convergence concepts, namely, convergence almost surely, convergence incredibility, trust convergence in mean, and convergence in distribution, and discuss the relationship among them and some mathematical ...
Subramanian, Nagarajan, Esi, Ayhan
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A Study on Rough Ideal Statistical Convergence in Neutrosophic Normed Spaces
AxiomsIn this paper, we introduce and study the concept of rough I–αβ–statistical convergence of order γ in neutrosophic normed spaces. This new mode of convergence combines the principles of rough convergence, statistical convergence with respect to an ideal,
Paul Sebastian Jenifer +3 more
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Chemical Engineering Transactions, 2018 To improve the path planning method for traditional oilfield patrolling UAV. Based on the complex network theory and the example for path planning, search for the rough path through Dijkstra algorithm.
Xiaopeng Guo, Zhili Zhang
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A Hybrid Probabilistic-Neutrosophic Adaptive Convergence Model for Analyzing Innovative Performance of Agricultural Technology Enterprises in the Digital Economy [PDF]
Neutrosophic Sets and SystemsThis paper introduces a novel mathematical framework that integrates hybrid probabilistic-neutrosophic logic with adaptive rough ideal statistical convergence (AR-I st) to model and analyze the dynamic performance of innovative agricultural technology ...
Hongyan Xie
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Selection Of Analytical Computational Model Of Contact Pressure
Journal of Middle European Construction and Design of Cars, 2015 This paper presents a comparison of two contact pressure calculation methods between two real rough surfaces: a calculation based on FEM (Finite Element Method) using commercial software tool ANSYS and a calculation based on FDM (Finite Difference Method)
Maršálek Ondřej +3 more
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ROUGH CONVERGENCE IN NORMED LINEAR SPACES [PDF]
Numerical Functional Analysis and Optimization, 2001 x * ∈ X is said to be an r-limit point of a sequence (xi ) in some normed linear space (X,∥ · ∥) if (r ≥ 0). The set of all r-limit points of (xi , denoted by LIM r x i , is bounded closed and convex. Further properties, in particular the relation between this rough convergence and other convergence notions, and the dependence of LIM r x i on the ...
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Neutrosophic Copson Type Rough I-Statistical Convergent Sequences
Pan-American Journal of MathematicsThe main objective of work is to study the concept of rough I-statistical convergence for Copson-transformation in the setup of neutrosophic normed spaces by considering algebraic and topological properties of the set of rough ideal statistical limit ...
Manpreet Kaur +2 more
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Rapid-convergence iterative method for Hertzian point contact theory
Nihon Kikai Gakkai ronbunshu, 2014 Point contact theory between two bodies with constant curvature was built by H. Hertz. His theory is now widely known as "Hertzian contact theory" and it is widely applied to the calculation of the stiffness of ball bearings and CVJs ...
Mototeru OBA
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