2023•Computer Aided Geometric DesignOpen access

Detecting and parametrizing polynomial surfaces without base points

Sonia Pérez-Dı́az, Marián Fernández de Sevilla, Rafael Magdalena‐Benedito, Li‐Yong Shen

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Abstract

Given an algebraic surface implicitly defined by an irreducible polynomial, we present a method that decides whether or not this surface can be parametrized by a polynomial parametrization without base points and, in the affirmative case, we show how to compute this parametrization.

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What this paper is about

Given an algebraic surface implicitly defined by an irreducible polynomial, we present a method that decides whether or not this surface can be parametrized by a polynomial parametrization without base points and, in the affirmative case, we show how to compute this parametrization.

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Available abstract

Given an algebraic surface implicitly defined by an irreducible polynomial, we present a method that decides whether or not this surface can be parametrized by a polynomial parametrization without base points and, in the affirmative case, we show how to compute this parametrization.

Key concepts: Parametrization (atmospheric modeling), Mathematics, Polynomial, Base (topology), Surface (topology), Algebraic number, Algebraic geometry, Algebraic surface

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