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Neutrosophic Bicubic Bezier Surface ApproximationModel for Uncertainty Data
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Surfaces and their descriptions are significant in design, physical science, geology, and other natural phenomena. This study introduces a neutrosophic B´ezier surface approximation with a four-by-four control net for the bicubic situation. The neutrosophic notion defines the neutrosophic control net relation. The control net is mixed with the Bernstein basis function to generate a surface blending function and a neutrosophic bicubic B´ezier surface. Finally, the neutrosophic bicubic B´ezier surface is shown using an approximation approach and data points having neutrosophic properties.
Title: Neutrosophic Bicubic Bezier Surface ApproximationModel for Uncertainty Data
Description:
Surfaces and their descriptions are significant in design, physical science, geology, and other natural phenomena.
This study introduces a neutrosophic B´ezier surface approximation with a four-by-four control net for the bicubic situation.
The neutrosophic notion defines the neutrosophic control net relation.
The control net is mixed with the Bernstein basis function to generate a surface blending function and a neutrosophic bicubic B´ezier surface.
Finally, the neutrosophic bicubic B´ezier surface is shown using an approximation approach and data points having neutrosophic properties.
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