Results 21 to 30 of about 763,332 (302)
Partial Differential Equations in Applied Mathematics, 2021 The localized method is one of the popular approaches in solving large-scale problems in science and engineering. In this paper, we implement the localized method of particular solutions using polynomial basis functions for solving various nonlinear ...
T. Dangal +2 more
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Interval uncertainty analysis for static response of structures using radial basis functions
Applied Mathematical Modelling, 2019 This paper proposes a new interval uncertainty analysis method for static response of structures with unknown-but-bounded parameters by using radial basis functions (RBFs).
Yisi Liu, Xiaojun Wang, Lei Wang
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Dynamics Model Abstraction Scheme Using Radial Basis Functions
Journal of Control Science and Engineering, 2012 This paper presents a control model for object manipulation. Properties of objects and environmental conditions influence the motor control and learning.
Silvia Tolu +4 more
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Space-time radial basis functions
Computers & Mathematics with Applications, 2002 Radial basis functions have turned out in practice to be extremely useful and interesting to analyse for theoretical study. They are approximations that treat all components of the underlying -- possibly high-dimensional -- space equal, and, while this is usually an additional advantage, it is not, when space-time is studied.
MYERS D. E. +3 more
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A review of radial basis function with applications explored
Journal of the Egyptian Mathematical Society, 2023 Partial differential equations are a vital component of the study of mathematical models in science and engineering. There are various tools and techniques developed by the researchers to solve the differential equations.
Geeta Arora +3 more
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Approximation of Bivariate Functions by Generalized Wendland Radial Basis Functions
MathematicsIn this work, we deal with two approximation problems in a finite-dimensional generalized Wendland space of compactly supported radial basis functions. Namely, we present an interpolation method and a smoothing variational method in this space. Next, the
Abdelouahed Kouibia +5 more
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The Quasi-Optimal Radial Basis Function Collocation Method: A Technical Note
Journal of Mathematics, 2021 The traditional radial basis function parameter controls the flatness of these functions and influences the precision and stability of approximation solution.
Juan Zhang +3 more
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Entropy, 2022 This paper introduces a direct method derived from the global radial basis function (RBF) interpolation over arbitrary collocation nodes occurring in variational problems involving functionals that depend on functions of a number of independent variables.
Ahmad Golbabai +2 more
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Application of Radial Basis Functions for Height Datum Unification
Geosciences, 2018 Local gravity field modelling demands high-quality gravity data as well as an appropriate mathematical model. Particularly in coastal areas, there may be different types of gravity observations available, for instance, terrestrial, aerial, marine gravity,
Ismael Foroughi +3 more
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ComputationIn the realm of cardiac health research, accurate fluid dynamics simulations are vital for comprehending the heart function and diagnosing conditions. Central to these simulations is the precision of ventricular wall meshes used to model heart geometry ...
Carlotta Fontana, Nicola Cappetti
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