The role of differential geometry in describing a curve can not be denied. The differential forms defined for Bézier curves which are widely used in computer aided geometric design, plays a significant role in classification and image processing of curves. For this reason, the definitions such as Serret-Frenet frame, curvature and torsion which are described for Bézier curves are very important in computer aided geometric design. In this paper, in addition to these definitions we have also defined a new classification by applying angular curvature used for planar curves in computational geometry to Bézier control polygon. Copyright © Association for Scientific Research
Abstract View references (64) Let (Formula presented.) be a Bézier curve in D3, that is, the contro...
One of the main tasks of geometrical modeling is to find ways of designing and representing freeform...
1.Introduction 2.Euclidean geometry 3.Transformation groups 4.Similarity geometry 5.Log aesthetic cu...
The role of differential geometry in describing a curve can not be denied. The differential forms de...
The aim of this study is to view the role of Bézier curves in both the Euclidean plane E 2 a...
This paper introduces a special class of 3D Bézier curves that are defined by their degree, a starti...
This thesis presents a theory of multi-scale, curvature and torsion based shape representation for p...
In this paper, the available formulae for the curvature of plane curve are reviewed not only for the...
The diploma thesis describes parametric space curves and their properties. Among them torsion and cu...
Technical reportAbstract: A mathematical technique for curve and surface representation has been dev...
AbstractA new formulation for the representation and designing of curves and surfaces is presented. ...
Figure 1. Modeling on the surface of a cow. From left: the control polygons of some curves and a C 1...
A quadratic Bézier representation withholds a curve segment with free from loops, cusps and inflecti...
Purpose of diploma thesis is examining several types of curvature of parametrized curves, especially...
AbstractWe give a general treatment of the problem of converting a curve expressed in a B-spline exp...
Abstract View references (64) Let (Formula presented.) be a Bézier curve in D3, that is, the contro...
One of the main tasks of geometrical modeling is to find ways of designing and representing freeform...
1.Introduction 2.Euclidean geometry 3.Transformation groups 4.Similarity geometry 5.Log aesthetic cu...
The role of differential geometry in describing a curve can not be denied. The differential forms de...
The aim of this study is to view the role of Bézier curves in both the Euclidean plane E 2 a...
This paper introduces a special class of 3D Bézier curves that are defined by their degree, a starti...
This thesis presents a theory of multi-scale, curvature and torsion based shape representation for p...
In this paper, the available formulae for the curvature of plane curve are reviewed not only for the...
The diploma thesis describes parametric space curves and their properties. Among them torsion and cu...
Technical reportAbstract: A mathematical technique for curve and surface representation has been dev...
AbstractA new formulation for the representation and designing of curves and surfaces is presented. ...
Figure 1. Modeling on the surface of a cow. From left: the control polygons of some curves and a C 1...
A quadratic Bézier representation withholds a curve segment with free from loops, cusps and inflecti...
Purpose of diploma thesis is examining several types of curvature of parametrized curves, especially...
AbstractWe give a general treatment of the problem of converting a curve expressed in a B-spline exp...
Abstract View references (64) Let (Formula presented.) be a Bézier curve in D3, that is, the contro...
One of the main tasks of geometrical modeling is to find ways of designing and representing freeform...
1.Introduction 2.Euclidean geometry 3.Transformation groups 4.Similarity geometry 5.Log aesthetic cu...