Add to ORKGIn this paper several techniques for numerical conformal mapping are surveyed and their applications to the development of novel methods in shape analysis and image classification are discussed. One of these techniques, based on the Szegö kernel, is illustrated by examples comprising distance transform and face representation and recognition. A conformal mapping-based face representation is presented. This face representation technique combined with an eigenface-based method extends and improves the results obtained with other eigenface algorithms.Facultad de Ciencias Exacta
3D surface classification is a fundamental problem in computer vision and computational geometry. Su...
Abstract. This paper introduces the mathematical framework of con-formal geometric algebra (CGA) as ...
Abstract Graph matching and classification play fundamental roles in computer vision. The computatio...
In this paper several techniques for numerical conformal mapping are surveyed and their applications...
In this paper we present a conformal mapping-based ap-proach for 3D face recognition. The proposed a...
Dimensionality reduction is the process by which a set of data points in a higher dimensional space ...
Conformal geometry is considered as a fundamental topic in pure mathematics including complex analys...
This paper presents two algorithms, based on conformal geometry, for the multi-scale representations...
3D surface classification is a fundamental problem in computer vision and computational geometry. Su...
3D face recognition is an important topic in the field of pattern recognition and computer graphic. ...
With the rapid development of 3D-capture and modeling technologies, a vast number of 3D surface mode...
Abstract- In this paper we deal with a new technique for large data compression. Contour mapping of ...
Fitting 3D Morphable Face Models (3DMM) to a 2D face image allows the separation of face shape from ...
A method and algorithm of flattening of folded surfaces for two-dimensional representation and analy...
Fitting 3D Morphable Face Models (3DMM) to a 2D face image allows the separation of face shape from ...
3D surface classification is a fundamental problem in computer vision and computational geometry. Su...
Abstract. This paper introduces the mathematical framework of con-formal geometric algebra (CGA) as ...
Abstract Graph matching and classification play fundamental roles in computer vision. The computatio...
In this paper several techniques for numerical conformal mapping are surveyed and their applications...
In this paper we present a conformal mapping-based ap-proach for 3D face recognition. The proposed a...
Dimensionality reduction is the process by which a set of data points in a higher dimensional space ...
Conformal geometry is considered as a fundamental topic in pure mathematics including complex analys...
This paper presents two algorithms, based on conformal geometry, for the multi-scale representations...
3D surface classification is a fundamental problem in computer vision and computational geometry. Su...
3D face recognition is an important topic in the field of pattern recognition and computer graphic. ...
With the rapid development of 3D-capture and modeling technologies, a vast number of 3D surface mode...
Abstract- In this paper we deal with a new technique for large data compression. Contour mapping of ...
Fitting 3D Morphable Face Models (3DMM) to a 2D face image allows the separation of face shape from ...
A method and algorithm of flattening of folded surfaces for two-dimensional representation and analy...
Fitting 3D Morphable Face Models (3DMM) to a 2D face image allows the separation of face shape from ...
3D surface classification is a fundamental problem in computer vision and computational geometry. Su...
Abstract. This paper introduces the mathematical framework of con-formal geometric algebra (CGA) as ...
Abstract Graph matching and classification play fundamental roles in computer vision. The computatio...