Curve discrimination is an important task in engineering and other sciences. We propose several shape descriptors for classifying functional data, inspired by form anal- ysis from the image analysis eld: statistical moments, coe cients of the components of independent component analysis (ICA) and two mathematical morphology descrip- tors (morphological covariance and spatial size distributions). They are applied to three problems: an arti cial problem, a speech recognition problem and a biomechan- ical application. Shape descriptors are compared with other methods in the literature, obtaining better or similar performance
Every day we recognize a numerous objects and human brain can recognize objects under many conditio...
© 2016 Elsevier B.V. We offer a blazingly brief review of evolution of shape analysis methods in med...
International audienceIn this paper we review some of shape descriptors proposed in the last years. ...
Curve discrimination is an important task in engineering and other sciences. We propose several sha...
Mid-level processes on images often return outputs in functional form. In this context the use of fu...
Mid-level processes on images often return outputs in functional form. In this context the use of f...
Shape descriptors are used to identify objects in the same way that human fingerprints are used to i...
The aim of this study is to investigate Fourier Descriptor (FD) as feature vectors for shape represe...
This textbook for courses on function data analysis and shape data analysis describes how to define,...
In applications, objects rarely have exactly the same shape within measurement error; hence the r...
This chapter deals with the classification of complex objects by morphological shape analysis and el...
In this paper, we have proposed a method for enhancing the accuracy of shape descriptors. The concep...
The most widely used method for comparing mode shapes from finite elements and experimental measurem...
For object recognition and similarity retrieval, object shape features are powerful since they are s...
The field of computer vision studies the computational tools and methods required for computers to b...
Every day we recognize a numerous objects and human brain can recognize objects under many conditio...
© 2016 Elsevier B.V. We offer a blazingly brief review of evolution of shape analysis methods in med...
International audienceIn this paper we review some of shape descriptors proposed in the last years. ...
Curve discrimination is an important task in engineering and other sciences. We propose several sha...
Mid-level processes on images often return outputs in functional form. In this context the use of fu...
Mid-level processes on images often return outputs in functional form. In this context the use of f...
Shape descriptors are used to identify objects in the same way that human fingerprints are used to i...
The aim of this study is to investigate Fourier Descriptor (FD) as feature vectors for shape represe...
This textbook for courses on function data analysis and shape data analysis describes how to define,...
In applications, objects rarely have exactly the same shape within measurement error; hence the r...
This chapter deals with the classification of complex objects by morphological shape analysis and el...
In this paper, we have proposed a method for enhancing the accuracy of shape descriptors. The concep...
The most widely used method for comparing mode shapes from finite elements and experimental measurem...
For object recognition and similarity retrieval, object shape features are powerful since they are s...
The field of computer vision studies the computational tools and methods required for computers to b...
Every day we recognize a numerous objects and human brain can recognize objects under many conditio...
© 2016 Elsevier B.V. We offer a blazingly brief review of evolution of shape analysis methods in med...
International audienceIn this paper we review some of shape descriptors proposed in the last years. ...