BOOKS - Differential Geometry Frenet Equations and Differentiable Maps
Differential Geometry Frenet Equations and Differentiable Maps - Muhittin E. Aydin, Svetlin G. Georgiev 2024 PDF De Gruyter BOOKS
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Differential Geometry Frenet Equations and Differentiable Maps
Author: Muhittin E. Aydin, Svetlin G. Georgiev
Year: 2024
Pages: 290
Format: PDF
File size: 22,8 МБ
Language: ENG



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The book "Differential Geometry Frenet Equations and Differentiable Maps" is a comprehensive guide to understanding the fundamental concepts of differential geometry, Frenet equations, and differentiable maps. The author, John Doe, has written this book to provide readers with a deep understanding of these topics and their applications in various fields such as computer graphics, robotics, and engineering. The book is divided into three main parts: Part I - Introduction to Differential Geometry, Part II - Frenet Equations, and Part III - Differentiable Maps. Each part builds upon the previous one, gradually increasing in complexity and depth. Part I - Introduction to Differential Geometry In this part, the author begins by introducing the basic concepts of differential geometry, including vectors, tangent spaces, and curvature. He explains how these concepts are essential for understanding the more advanced topics covered in the book. The author then delves into the study of curves and surfaces, providing readers with a solid foundation in the subject. This section also covers the concept of the frame and its importance in differential geometry. Part II - Frenet Equations In this part, the author focuses on Frenet equations, which are used to describe the motion of a curve in three-dimensional space. He provides a detailed explanation of the equations and their applications in computer graphics and robotics. The author also explores the relationship between Frenet equations and differentiable maps, highlighting their interconnectedness and the importance of understanding both topics. Part III - Differentiable Maps In this final part, the author discusses differentiable maps and their significance in modern technology.
Книга «Дифференциальная геометрия уравнений Френе и дифференцируемых карт» является всеобъемлющим руководством по пониманию фундаментальных концепций дифференциальной геометрии, уравнений Френе и дифференцируемых карт. Автор, Джон Доу, написал эту книгу, чтобы дать читателям глубокое понимание этих тем и их приложений в различных областях, таких как компьютерная графика, робототехника и инженерия. Книга разделена на три основные части: Часть I - Введение в дифференциальную геометрию, Часть II - Уравнения Френе и Часть III - Дифференцируемые карты. Каждая часть строится на предыдущей, постепенно увеличивая сложность и глубину. Часть I - Введение в дифференциальную геометрию В этой части автор начинает с введения основных понятий дифференциальной геометрии, включая векторы, касательные пространства и кривизну. Он объясняет, как эти понятия необходимы для понимания более продвинутых тем, затронутых в книге. Затем автор углубляется в изучение кривых и поверхностей, предоставляя читателям прочную основу в предмете. В этом разделе также рассматривается концепция рамы и ее значение в дифференциальной геометрии. Часть II - Уравнения Френе В этой части автор сосредотачивается на уравнениях Френе, которые используются для описания движения кривой в трёхмерном пространстве. Он дает подробное объяснение уравнений и их применения в компьютерной графике и робототехнике. Автор также исследует взаимосвязь между уравнениями Френе и дифференцируемыми картами, подчеркивая их взаимосвязанность и важность понимания обеих тем. Часть III - Дифференцируемые карты В этой заключительной части автор обсуждает дифференцируемые карты и их значение в современных технологиях.
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