A novel coding technique which proposes the use of symmetry to reduce redundancy in images is presented. Axes of symmetry are extracted using the Principal Axes of Inertia theory and the technique is extended to non-symmetric images by the introduction of a Coefficient of Symmetry. One part of the images is then linearly predicted with respect to the chosen axis. The method is implemented in a block-based fashion in order to adapt to local symmetries on the image data. An image representation and a coding strategy is illustrated, and results are presented on real static images
Abstract: In many computer tasks it is necessary to structurally describe the contents of images for...
This thesis is concerned with the role of symmetry in low-level image segmentation. Early detection ...
In this paper, we demonstrate how to edit digital photos based on the understanding of high-level ge...
An image coding technique based on symmetry extraction and Binary Space Partitioning (BSP) tree repr...
The salience of symmetry for patterns in the human visual system has been noted by a number of obser...
Symmetry plays a remarkable role in perception problems. For example, peaks of brain activity are me...
We propose a perceptually plausible mechanism for symmetry detection in natural images that consists...
This report describes two seemingly distinct areas of work. First, there is the derivation of a new ...
Implementation details of the algorithm for symmetry identification of an arbitrary three-dimensiona...
Symmetry is a pervasive phenomenon presenting itself in all forms and scales in natural and manmade ...
The extraction of features is necessary for all aspects of image processing and analysis such as cla...
Symmetry is one of the most prominent spatial relations perceived by humans, and has a relevant role...
Some image patterns, e.g. circles, hyperbolic curves, star patterns etc., can be described in a comp...
This paper describes work in the application of wavelet transforms to the data compression of both s...
Abstract. Symmetry is a fundamental structure that is found to some extent in all images. It is thou...
Abstract: In many computer tasks it is necessary to structurally describe the contents of images for...
This thesis is concerned with the role of symmetry in low-level image segmentation. Early detection ...
In this paper, we demonstrate how to edit digital photos based on the understanding of high-level ge...
An image coding technique based on symmetry extraction and Binary Space Partitioning (BSP) tree repr...
The salience of symmetry for patterns in the human visual system has been noted by a number of obser...
Symmetry plays a remarkable role in perception problems. For example, peaks of brain activity are me...
We propose a perceptually plausible mechanism for symmetry detection in natural images that consists...
This report describes two seemingly distinct areas of work. First, there is the derivation of a new ...
Implementation details of the algorithm for symmetry identification of an arbitrary three-dimensiona...
Symmetry is a pervasive phenomenon presenting itself in all forms and scales in natural and manmade ...
The extraction of features is necessary for all aspects of image processing and analysis such as cla...
Symmetry is one of the most prominent spatial relations perceived by humans, and has a relevant role...
Some image patterns, e.g. circles, hyperbolic curves, star patterns etc., can be described in a comp...
This paper describes work in the application of wavelet transforms to the data compression of both s...
Abstract. Symmetry is a fundamental structure that is found to some extent in all images. It is thou...
Abstract: In many computer tasks it is necessary to structurally describe the contents of images for...
This thesis is concerned with the role of symmetry in low-level image segmentation. Early detection ...
In this paper, we demonstrate how to edit digital photos based on the understanding of high-level ge...