An ellipse rotating in the image plane can produce several different percepts. The two-dimensional (2D) percepts are either a rotating rigid ellipse or a constantly deforming non-rigid ellipse. The 3D percept is a rotating rigid circular disk that is tilted relative to the image plane. Stimuli that generate 3D percepts based on purely 2D rotational motion are known as stereokinetic stimuli. We examined the 3D percepts generated by the rotating ellipse stimulus. In theory, the motion of the 3D percept cannot be reliably inferred based on the 2D stimulus. When we quantitatively estimated observers' perceived motion, however, we found that the perceived motion was nearly identical across observes. These results suggest that all observers had s...
When we move, the flat projection of the three-dimensional world onto our retinae changes; these cha...
AbstractIn four experiments, subjects examined four categories of rotating eight-vertex geometric fo...
Structure-from-motion (SFM) studies have shown that people are good at perceiving 3D structure in dy...
An ellipse rotating in the image plane can produce several different percepts. The two-dimensional (...
An ellipse rotating in the image plane can produce several different percepts. The two-dimensional (...
AbstractUnlike the motion of a continuous contour, the motion of a single dot is unambiguous and imm...
Stereokinetic phenomena first investigated by Musatti (1924, 1955) are three-dimensional objects pro...
AbstractThe perceived angular velocity of an ellipse undergoing a constant rate of rotation will var...
AbstractThe perceived angular velocity of an ellipse undergoing a constant rate of rotation will var...
The interaction of the depth cues of binocular disparity and motion parallax could potentially be us...
AbstractThe interaction of the depth cues of binocular disparity and motion parallax could potential...
The interaction of the depth cues of binocular disparity and motion parallax could potentially be us...
The interaction of the depth cues of binocular disparity and motion parallax could potentially be us...
The interaction of the depth cues of binocular disparity and motion parallax could potentially be us...
AbstractWe investigated how different types of complex motion patterns interact in the perception of...
When we move, the flat projection of the three-dimensional world onto our retinae changes; these cha...
AbstractIn four experiments, subjects examined four categories of rotating eight-vertex geometric fo...
Structure-from-motion (SFM) studies have shown that people are good at perceiving 3D structure in dy...
An ellipse rotating in the image plane can produce several different percepts. The two-dimensional (...
An ellipse rotating in the image plane can produce several different percepts. The two-dimensional (...
AbstractUnlike the motion of a continuous contour, the motion of a single dot is unambiguous and imm...
Stereokinetic phenomena first investigated by Musatti (1924, 1955) are three-dimensional objects pro...
AbstractThe perceived angular velocity of an ellipse undergoing a constant rate of rotation will var...
AbstractThe perceived angular velocity of an ellipse undergoing a constant rate of rotation will var...
The interaction of the depth cues of binocular disparity and motion parallax could potentially be us...
AbstractThe interaction of the depth cues of binocular disparity and motion parallax could potential...
The interaction of the depth cues of binocular disparity and motion parallax could potentially be us...
The interaction of the depth cues of binocular disparity and motion parallax could potentially be us...
The interaction of the depth cues of binocular disparity and motion parallax could potentially be us...
AbstractWe investigated how different types of complex motion patterns interact in the perception of...
When we move, the flat projection of the three-dimensional world onto our retinae changes; these cha...
AbstractIn four experiments, subjects examined four categories of rotating eight-vertex geometric fo...
Structure-from-motion (SFM) studies have shown that people are good at perceiving 3D structure in dy...