When we look at certain line-drawings, we see three-dimensional objects. The question is why; why not just see two-dimensional images? We theorize that we see objects rather than images because the objects we see are, in a certain mathematical sense, less complex than the images; and that furthermore the particular objects we see will be the least complex of the available alternatives. Experimental data supporting the theory is reported. The work is based on ideas of Solomonoff, Kolmogorov, and the "minimum description length'' concepts of Rissanen
The human urge to represent the three-dimensional world using two-dimensional pictorial representati...
This paper describes some visual phenomena of human perception in the context of computer based Illu...
We discuss a variety of psychophysical experiments that explore different aspects of the problem of ...
We provide a theory of the three-dimensional interpretation of a class of line-drawings called p-ima...
The problem of three-dimensional vision is generally formulated as the problem of recovering the thr...
This research is an investigation into the way the outline is perceived when drawn three-dimensiona...
In this review current theories of the visual perception of three-dimensional form are intro-duced. ...
The visual perception of monocular stimuli perceived as 3-D objects has received considerable attent...
We discuss a variety of psychophysical experiments that explore different aspects of the problem of ...
Theories of picture perception aim to understand our perceptual relation to both the picture surface...
The problem of three-dimensional vision is generally formulated as the problem of recovering the thr...
A new, simple, and symmetric algorithm can be implemented that results in higher levels of detail in...
Quadrilaterals are figures with which everybody becomes familiar in his/her very early stage of educ...
Humans possess a remarkable ability to extract general object representations from a single image, c...
In the present study we adopted the tasks and the experimental procedures used in a recent series of...
The human urge to represent the three-dimensional world using two-dimensional pictorial representati...
This paper describes some visual phenomena of human perception in the context of computer based Illu...
We discuss a variety of psychophysical experiments that explore different aspects of the problem of ...
We provide a theory of the three-dimensional interpretation of a class of line-drawings called p-ima...
The problem of three-dimensional vision is generally formulated as the problem of recovering the thr...
This research is an investigation into the way the outline is perceived when drawn three-dimensiona...
In this review current theories of the visual perception of three-dimensional form are intro-duced. ...
The visual perception of monocular stimuli perceived as 3-D objects has received considerable attent...
We discuss a variety of psychophysical experiments that explore different aspects of the problem of ...
Theories of picture perception aim to understand our perceptual relation to both the picture surface...
The problem of three-dimensional vision is generally formulated as the problem of recovering the thr...
A new, simple, and symmetric algorithm can be implemented that results in higher levels of detail in...
Quadrilaterals are figures with which everybody becomes familiar in his/her very early stage of educ...
Humans possess a remarkable ability to extract general object representations from a single image, c...
In the present study we adopted the tasks and the experimental procedures used in a recent series of...
The human urge to represent the three-dimensional world using two-dimensional pictorial representati...
This paper describes some visual phenomena of human perception in the context of computer based Illu...
We discuss a variety of psychophysical experiments that explore different aspects of the problem of ...