Hough Transform (HT) is commonly used to solve the line extraction problem. Although images are discretized at the onset, the Hough domain is continuous and in practice it has to be partitioned into cells. It has been suggested that the optimality of the size (resolution) of those cells would depend on the amount noise in the image. In this paper, we study the effect of discretization on the success of line detection where there are nearby lines and develop a theoretical foundation for the optimality of the Hough domain discretization for segmentation purposes. Experiments with real images show that our results are useful in practice for line detection applications.Marjan Hadian-Jazi, Alireza Bab-Hadiashar, Reza Hoseinnezhad, and David Sute
Hough Transform [1] has become a common method in the usage of line detection because of its robustn...
The Hough Transform is an image processing technique used to detect patterns defined by analytical e...
This paper explains how to associate a rigorous probability value to the main straight line feature...
Hough Transform (HT) is commonly used to solve the line extraction problem. Although images are disc...
[[abstract]]A modified Hough transform based on a likelihood principle of connectivity and thickness...
The application of Hough Transform (HT) has been limited to small-size images for a long time. For l...
AbstractThis paper deals with the problem of detecting every line component, a set of edge points cl...
An important aspect of any scientific discipline is the objective and independent comparison of algo...
Although global voting schemes, such as the Hough Transform (HT), have been widely used to robustly ...
In a wide range of image processing and computer vision problems, line segment detection is one of t...
A robust and fast line detection method based on Hough transform (HT) is proposed in this paper. Edg...
Line detection is very important task in image processing field. It is mainly used in auto focusing ...
In this paper, we introduce a novel technique for memory compression of the Hough transform. Our app...
: A novel technique called the Discrete Hough Transform (DHT) for detecting straight lines in digiti...
The Hough transform is a well-established scheme for detecting digital line components in a binary e...
Hough Transform [1] has become a common method in the usage of line detection because of its robustn...
The Hough Transform is an image processing technique used to detect patterns defined by analytical e...
This paper explains how to associate a rigorous probability value to the main straight line feature...
Hough Transform (HT) is commonly used to solve the line extraction problem. Although images are disc...
[[abstract]]A modified Hough transform based on a likelihood principle of connectivity and thickness...
The application of Hough Transform (HT) has been limited to small-size images for a long time. For l...
AbstractThis paper deals with the problem of detecting every line component, a set of edge points cl...
An important aspect of any scientific discipline is the objective and independent comparison of algo...
Although global voting schemes, such as the Hough Transform (HT), have been widely used to robustly ...
In a wide range of image processing and computer vision problems, line segment detection is one of t...
A robust and fast line detection method based on Hough transform (HT) is proposed in this paper. Edg...
Line detection is very important task in image processing field. It is mainly used in auto focusing ...
In this paper, we introduce a novel technique for memory compression of the Hough transform. Our app...
: A novel technique called the Discrete Hough Transform (DHT) for detecting straight lines in digiti...
The Hough transform is a well-established scheme for detecting digital line components in a binary e...
Hough Transform [1] has become a common method in the usage of line detection because of its robustn...
The Hough Transform is an image processing technique used to detect patterns defined by analytical e...
This paper explains how to associate a rigorous probability value to the main straight line feature...