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Malaysia's rainfall and Kalumpang agricultural station data for scattered data interpolation [PDF]
Data in BriefScattered data interpolation is an essential technique used in environmental, geospatial and meteorological analysis. It enables the estimation of unknown values within a dataset at the domain by utilising known data points.
Samsul Ariffin Abdul Karim, Owen Tamin
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Convexity-preserving Bernstein–Bézier quartic scheme [PDF]
Egyptian Informatics Journal, 2014 A C1 convex surface data interpolation scheme is presented to preserve the shape of scattered data arranged over a triangular grid. Bernstein–Bézier quartic function is used for interpolation.
Maria Hussain +2 more
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Meshfree Interpolation of Multidimensional Time-Varying Scattered Data
Computers, 2023 Interpolating and approximating scattered scalar and vector data is fundamental in resolving numerous engineering challenges. These methodologies predominantly rely on establishing a triangulated structure within the data domain, typically constrained to
Vaclav Skala, Eliska Mourycova
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Gaussian Radial Basis Function interpolation in vertical deformation analysis
Geodesy and Geodynamics, 2021 In many deformation analyses, the partial derivatives at the interpolated scattered data points are required. In this paper, the Gaussian Radial Basis Functions (GRBF) is proposed for the interpolation and differentiation of the scattered data in the ...
Mohammad Amin Khalili, Behzad Voosoghi
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Efficient approximation algorithms. Part II: scattered data interpolation based on strip searching procedures [PDF]
Dolomites Research Notes on Approximation, 2010 Giampietro Allasia +3 more
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Scattered Data Interpolation Using Rational Quartic Triangular Patches With Three Parameters
IEEE Access, 2020 This paper discusses the construction of scattered data interpolation scheme based on rational quartic triangular patches with C1 continuity. The C1 sufficient condition is derived on each adjacent triangle. We employ rational corrected scheme comprising
Nur Nabilah Che Draman +2 more
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Results in Applied Mathematics, 2022 Some efficient radial basis functions (RBFs) have a free parameter called the shape parameter that controls the shape of approximating function. This parameter is mainly selected by trial and error related to the problem.
Shabnam Sadat Seyed Ghalichi +2 more
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Environmental and Sustainability Indicators, 2021 Mapping spatial variations in tree density and woody species diversity, as indicators of intactness of tropical forests and woodlands, is potentially useful to nature conservation managers.
C. Munyati, N.I. Sinthumule
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Fractal and Fractional, 2023 The paper proposes an adaptive selection method for the shape parameter in the multi-quadratic radial basis function (MQ-RBF) interpolation of two-dimensional (2D) scattered data and achieves good performance in solving integral equations (O-MQRBF).
Jian Sun, Ling Wang, Dianxuan Gong
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The Shape Parameter in the Shifted Surface Spline—An Easily Accessible Approach
Mathematics, 2022 In this paper, we present an easily accessible approach to finding a suitable shape parameter in the shifted surface spline for function interpolation. We aim at helping more readers, including mathematicians and non-mathematicians, to use our method to ...
Lin-Tian Luh
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