Two new methods for computing the rectilinearity of polygons are presented. They provide shape measures and estimates of canonical orientations which can be used in applications such as shape retrieval, object classification, image segmentation, etc. Examples are presented demonstrating their use in skew correction of scanned documents, deprojection of aerial photographs of buildings, and scale selection for curve simplification. Furthermore, testing has been carried out on synthetic data and with human subjects to verify that the measures do indeed produce perceptually meaningful result
In this thesis it is demonstrated that the structure of rectilinear polygons can be exploited to sol...
This paper reviews recent psychophysical methods that have been developed for measuring the perceive...
Four experiments related human perception of shape from profiles to current theoretical predictions....
Two new methods for computing the rectilinearity of polygons are presented. They provide shape measu...
Two new methods for computing the rectilinearity of polygons are presented. They provide shape measu...
The paper introduces a shape measure intended to describe the extent to which a closed polygon is re...
Recently several approaches for measuring the rectilinearity of shapes have been published [P.L. Ros...
In this paper, we propose and evaluate a novel shape measurement describing the extent to which a 3D...
In this paper, we propose and evaluate a novel shape measure describing the extent to which a 3D pol...
An orientability measure determines how orientable a shape is; i.e. how reliable an estimate of its ...
The orientation of a shape is a useful quantity, and has been shown to affect performance of object ...
In this paper we consider some questions related to the orientation of shapes. We introduce as a new...
We propose new methods for computing a shape's orientation and several shape measures for elongation...
Abstract—The orientation of a shape is a useful quantity, and has been shown to affect performance o...
Several new shape measures are proposed for measuring the sigmoidality (i.e. S-shapedness) of a curv...
In this thesis it is demonstrated that the structure of rectilinear polygons can be exploited to sol...
This paper reviews recent psychophysical methods that have been developed for measuring the perceive...
Four experiments related human perception of shape from profiles to current theoretical predictions....
Two new methods for computing the rectilinearity of polygons are presented. They provide shape measu...
Two new methods for computing the rectilinearity of polygons are presented. They provide shape measu...
The paper introduces a shape measure intended to describe the extent to which a closed polygon is re...
Recently several approaches for measuring the rectilinearity of shapes have been published [P.L. Ros...
In this paper, we propose and evaluate a novel shape measurement describing the extent to which a 3D...
In this paper, we propose and evaluate a novel shape measure describing the extent to which a 3D pol...
An orientability measure determines how orientable a shape is; i.e. how reliable an estimate of its ...
The orientation of a shape is a useful quantity, and has been shown to affect performance of object ...
In this paper we consider some questions related to the orientation of shapes. We introduce as a new...
We propose new methods for computing a shape's orientation and several shape measures for elongation...
Abstract—The orientation of a shape is a useful quantity, and has been shown to affect performance o...
Several new shape measures are proposed for measuring the sigmoidality (i.e. S-shapedness) of a curv...
In this thesis it is demonstrated that the structure of rectilinear polygons can be exploited to sol...
This paper reviews recent psychophysical methods that have been developed for measuring the perceive...
Four experiments related human perception of shape from profiles to current theoretical predictions....