Journal Article

·2023 OPEN ACCESS

Computing affine equivalences and symmetries of trigonometric curves in arbitrary dimension

Uğur Gözütok YTU

Hacettepe Journal of Mathematics and Statistics

Abstract

We present a new and efficient algorithm to compute affine equivalences and symmetries between two trigonometric curves in an arbitrary dimension. The algorithm benefits from the power of invariance and polynomial gcd and factoring without solving any system of equations. The algorithm is implemented in MAPLE, and extensive experimentations demonstrating the efficiency of the method are given.

Keywords

Mathematics Affine transformation Homogeneous space Dimension (graph theory) Trigonometry Factoring Pure mathematics Discriminant Trigonometric polynomial Algebra over a field Trigonometric functions Polynomial Mathematical analysis

Subject Areas

Advanced Numerical Analysis Techniques ·Computational Mechanics ·Physical Sciences
Polynomial and algebraic computation ·Computational Theory and Mathematics ·Physical Sciences
Computer Graphics and Visualization Techniques ·Computer Graphics and Computer-Aided Design ·Physical Sciences