Mariette Yvinec facts for kids
Mariette Yvinec is a brilliant French scientist who works with computers and shapes. She is a researcher at a special place called the French Institute for Research in Computer Science and Automation (INRIA) in Sophia Antipolis, France. Think of INRIA as a big lab where smart people invent new ways for computers to do amazing things.
Mariette Yvinec is also one of the main people who helped create something called CGAL. This is like a giant toolbox filled with instructions that help computers understand and work with shapes and spaces.
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Who is Mariette Yvinec?
Mariette Yvinec is a French researcher who focuses on a field called computational geometry. This area of computer science is all about using computers to solve problems that involve shapes, points, lines, and surfaces. She works at INRIA, which is a leading research center in France for computer science.
What is Computational Geometry?
Computational geometry is a cool part of computer science. It's about teaching computers how to "see" and "understand" shapes, just like we do. For example, it helps computers figure out the shortest path between two points, how to design 3D models, or how robots can move around obstacles. It's used in many things, from video games to medical imaging.
Helping Computers Understand Shapes: CGAL
One of Mariette Yvinec's big achievements is her work on CGAL. CGAL stands for "Computational Geometry Algorithms Library." Imagine you want to build a house, and you need special tools like hammers, saws, and drills. CGAL is like a collection of these special tools, but for computer programmers. It helps them write programs that can do complex tasks involving shapes, like designing new products or creating maps.
Books About Geometry
Mariette Yvinec has also shared her knowledge by writing books. She has co-authored two important books about computational geometry:
- Géometrie Algorithmique (which means "Algorithmic Geometry" in French) was published in 1995. It was later translated into English as Algorithmic Geometry in 1998. She wrote this book with another scientist named Jean-Daniel Boissonnat.
- Her second book, Geometric and Topological Inference, was published in 2018. She wrote this one with Jean-Daniel Boissonnat and Frédéric Chazal. These books help students and other scientists learn more about how computers can understand and work with shapes and spaces.
