Surface interpolation using partial differentiation equation with positivity preserving cubic said-Ball curves boundary condition

In this paper, the sufficient condition for the positive preservation of boundary curves for each edges of bicubic rectangular Said-Ball patches will be discussed.With the use of polynomial solution of fourth order linear PDEs, these curves are defined on rectangular grid for the purpose of enhancin...

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Main Authors: Kherd, Ahmed, Saaban, Azizan, Man, Noraziah
Format: Article
Published: IP Publishing LLC 2014
Subjects:
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author Kherd, Ahmed
Saaban, Azizan
Man, Noraziah
author_facet Kherd, Ahmed
Saaban, Azizan
Man, Noraziah
author_sort Kherd, Ahmed
collection UUM
description In this paper, the sufficient condition for the positive preservation of boundary curves for each edges of bicubic rectangular Said-Ball patches will be discussed.With the use of polynomial solution of fourth order linear PDEs, these curves are defined on rectangular grid for the purpose of enhancing the positivity preservation of the interpolating surface. Through an independent adjustment of the lower boundary of edge Said-Ball ordinates, a sufficient condition on boundary curves for individual edge of bicubic rectangular Said-Ball patches is derived. By employing two well recognized test functions, finding reveals that the approach proposed is appropriate with regard to positive preservation of boundary curves and that there is improvement in the positive preservation of the whole interpolating surfaces.
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spelling uum-215592017-04-13T07:01:11Z https://repo.uum.edu.my/id/eprint/21559/ Surface interpolation using partial differentiation equation with positivity preserving cubic said-Ball curves boundary condition Kherd, Ahmed Saaban, Azizan Man, Noraziah QA Mathematics In this paper, the sufficient condition for the positive preservation of boundary curves for each edges of bicubic rectangular Said-Ball patches will be discussed.With the use of polynomial solution of fourth order linear PDEs, these curves are defined on rectangular grid for the purpose of enhancing the positivity preservation of the interpolating surface. Through an independent adjustment of the lower boundary of edge Said-Ball ordinates, a sufficient condition on boundary curves for individual edge of bicubic rectangular Said-Ball patches is derived. By employing two well recognized test functions, finding reveals that the approach proposed is appropriate with regard to positive preservation of boundary curves and that there is improvement in the positive preservation of the whole interpolating surfaces. IP Publishing LLC 2014 Article PeerReviewed Kherd, Ahmed and Saaban, Azizan and Man, Noraziah (2014) Surface interpolation using partial differentiation equation with positivity preserving cubic said-Ball curves boundary condition. AIP Conference Proceedings, 1602 (1). pp. 429-434. ISSN 0094-243X http://doi.org/10.1063/1.4882521 doi:10.1063/1.4882521 doi:10.1063/1.4882521
spellingShingle QA Mathematics
Kherd, Ahmed
Saaban, Azizan
Man, Noraziah
Surface interpolation using partial differentiation equation with positivity preserving cubic said-Ball curves boundary condition
title Surface interpolation using partial differentiation equation with positivity preserving cubic said-Ball curves boundary condition
title_full Surface interpolation using partial differentiation equation with positivity preserving cubic said-Ball curves boundary condition
title_fullStr Surface interpolation using partial differentiation equation with positivity preserving cubic said-Ball curves boundary condition
title_full_unstemmed Surface interpolation using partial differentiation equation with positivity preserving cubic said-Ball curves boundary condition
title_short Surface interpolation using partial differentiation equation with positivity preserving cubic said-Ball curves boundary condition
title_sort surface interpolation using partial differentiation equation with positivity preserving cubic said ball curves boundary condition
topic QA Mathematics
work_keys_str_mv AT kherdahmed surfaceinterpolationusingpartialdifferentiationequationwithpositivitypreservingcubicsaidballcurvesboundarycondition
AT saabanazizan surfaceinterpolationusingpartialdifferentiationequationwithpositivitypreservingcubicsaidballcurvesboundarycondition
AT mannoraziah surfaceinterpolationusingpartialdifferentiationequationwithpositivitypreservingcubicsaidballcurvesboundarycondition