We propose a model of the spatial visual processes underlying the identification and representation of the shape of primitive spatial regions. We propose that a region's boundaries are sensed at multiple scales bu boundariness detectors thta give graded responses, that stimulated boundariness detectors of similar scale, , connect to one another across a distance that is proportional to their scale, and that they connect via cores, where a core encodes the middles and widths of the region and hence is a trace in (x,y,), i.e. 3-D scale space
Multi-scale representations of lines, edges and keypoints on the basis of simple, complex and end-s...
Pictorial cues, together with motion and stereoscopic depth fields, can be used for perception and c...
Visual cortex analyzes images by first extracting relevant details (e.g. edges) via a large array of...
We propose a model of the spatial visual processes underlying the identification and representation ...
AbstractWe propose a model of the spatial visual processes underlying the identification and represe...
Shape is the predominant cue for object recognition in visual perception. Though many studies have d...
Believing that figural zoom invariance and the cross-figural boundary linking implied by medial loci...
Moving through the environment, grasping objects, orienting oneself, and countless other tasks all r...
textIn this thesis, I explore region detection and consider its impact on image matching for exempla...
This study contrasted the role of surfaces and volumetric shape primitives in three-dimensional obje...
When humans gaze upon a scene, our brains rapidly combine several different types of locally ambiguo...
Humans have a remarkable ability to determine three dimensional shape and depth from orderly changes...
Perceiving 3D structure and recognizing objects and their properties around us is central to our und...
How abstract shape is perceived and represented poses crucial unsolved problems in human perception ...
The ability of a perception system to discern what is important in a scene and what is not is an inv...
Multi-scale representations of lines, edges and keypoints on the basis of simple, complex and end-s...
Pictorial cues, together with motion and stereoscopic depth fields, can be used for perception and c...
Visual cortex analyzes images by first extracting relevant details (e.g. edges) via a large array of...
We propose a model of the spatial visual processes underlying the identification and representation ...
AbstractWe propose a model of the spatial visual processes underlying the identification and represe...
Shape is the predominant cue for object recognition in visual perception. Though many studies have d...
Believing that figural zoom invariance and the cross-figural boundary linking implied by medial loci...
Moving through the environment, grasping objects, orienting oneself, and countless other tasks all r...
textIn this thesis, I explore region detection and consider its impact on image matching for exempla...
This study contrasted the role of surfaces and volumetric shape primitives in three-dimensional obje...
When humans gaze upon a scene, our brains rapidly combine several different types of locally ambiguo...
Humans have a remarkable ability to determine three dimensional shape and depth from orderly changes...
Perceiving 3D structure and recognizing objects and their properties around us is central to our und...
How abstract shape is perceived and represented poses crucial unsolved problems in human perception ...
The ability of a perception system to discern what is important in a scene and what is not is an inv...
Multi-scale representations of lines, edges and keypoints on the basis of simple, complex and end-s...
Pictorial cues, together with motion and stereoscopic depth fields, can be used for perception and c...
Visual cortex analyzes images by first extracting relevant details (e.g. edges) via a large array of...