In an earlier paper, the author jointly with S. Suryawanshi proposed statistical analysis of shape through triangulation of landmarks on objects. It was observed that the angles of the triangles are invariant to scaling, location, and rotation of objects. No distinction was made between an object and its reflection. The present paper provides the methodology of shape discrimination when reflection is also taken into account and makes suggestions for modifications to be made when some of the landmarks are collinear
Objects are distinguished from each other amongst other things by their shapes. The thesis is concer...
Abstract.—Any change in shape of a configuration of landmark points in two or three dimensions inclu...
diverse methods for analyzing size-free shape differences tend to be guided by computational expedie...
In an earlier paper, the author jointly with S. Suryawanshi proposed statistical analysis of shape t...
Two objects with homologous landmarks are said to be of the same shape if the configurations of land...
Two objects with homologous landmarks are said to be of the same shape if the configuration of landm...
This article concerns nonparametric statistics on manifolds with special em-phasis on landmark based...
Abstract. This article concerns nonparametric statistics on manifolds with special emphasis on landm...
Shape analysis is useful for a wide variety of disciplines and has many applications. There are many...
Shape analysis is useful for a wide variety of disciplines and has many applications. There are many...
A population quantity of interest in statistical shape analysis is the location of landmarks, which ...
Analysis of shapes is important for image analysis. The no-tion of shapes has been used in a variety...
In applications, objects rarely have exactly the same shape within measurement error; hence the r...
Statistical shape analysis is a geometrical analysis from a set of shapes in which statistics are me...
Abstract.—Any change in shape of a configuration of landmark points in two or three dimensions inclu...
Objects are distinguished from each other amongst other things by their shapes. The thesis is concer...
Abstract.—Any change in shape of a configuration of landmark points in two or three dimensions inclu...
diverse methods for analyzing size-free shape differences tend to be guided by computational expedie...
In an earlier paper, the author jointly with S. Suryawanshi proposed statistical analysis of shape t...
Two objects with homologous landmarks are said to be of the same shape if the configurations of land...
Two objects with homologous landmarks are said to be of the same shape if the configuration of landm...
This article concerns nonparametric statistics on manifolds with special em-phasis on landmark based...
Abstract. This article concerns nonparametric statistics on manifolds with special emphasis on landm...
Shape analysis is useful for a wide variety of disciplines and has many applications. There are many...
Shape analysis is useful for a wide variety of disciplines and has many applications. There are many...
A population quantity of interest in statistical shape analysis is the location of landmarks, which ...
Analysis of shapes is important for image analysis. The no-tion of shapes has been used in a variety...
In applications, objects rarely have exactly the same shape within measurement error; hence the r...
Statistical shape analysis is a geometrical analysis from a set of shapes in which statistics are me...
Abstract.—Any change in shape of a configuration of landmark points in two or three dimensions inclu...
Objects are distinguished from each other amongst other things by their shapes. The thesis is concer...
Abstract.—Any change in shape of a configuration of landmark points in two or three dimensions inclu...
diverse methods for analyzing size-free shape differences tend to be guided by computational expedie...