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首页> 外文期刊>Computer Aided Geometric Design >On a generalization of Bernstein polynomials and Bezier curves based on umbral calculus (Ⅲ): Blossoming
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On a generalization of Bernstein polynomials and Bezier curves based on umbral calculus (Ⅲ): Blossoming

机译:基于本影演算的伯恩斯坦多项式和Bezier曲线的推广(Ⅲ):开花

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The investigation of ā-Bernstein polynomials and ā-Bezier curves is continued in this paper. It is shown that convolution of the parameters ā = (ā_1,...,ā_n) is fundamental for (1) the definition of ā-Bernstein polynomials, (2) a simplified derivation of the ā-de Casteljau algorithm, (3) the recurrences that give the blossoming of ā-Bernstein polynomials and ā-Bezier curves, (4) the dual functional property and the ā-dual functional property for an ā-Bezier curve - it is necessary to make this distinction - and (5) the ā-degree elevation.
机译:本文继续研究Ä-Bernstein多项式和Ä-Bezier曲线。结果表明参数=(ā_1,...,ā_n)的卷积对于(1)ā-Bernstein多项式的定义,(2)à-deCasteljau算法的简化推导,(3)至关重要使得-Bernstein多项式和-Bezier曲线蓬勃发展的递归,(4)-Bezier曲线的对偶函数性质和对偶函数性质-有必要进行区分-和(5)海拔高度。

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