Focus-of-attention is extremely important in human visual perception. If computer vision systems are to perform tasks in a complex, dynamic world they will have to be able to control processing in a way that is analogous to visual attention in humans. Problems connected to foveation (examination of selected regions of the world at high resolution) are examined. In particular, the problem of finding and classifying junctions from this aspect is considered. It is shown that foveation as simulated by controlled, active zooming in conjunction with scale-space techniques allows for robust detection and classification of junctions
Typically, our perceptual performance in two-dimensional space is assigned by high accuracy speciall...
Humans do not stare at scenes. They foveate. Their eyes dart about the scene at locations of interes...
This article presents: (i) a multiscale representation of grey-level shape called the scale-space pr...
Focus-of-attention is extremely important in human visual perception. If computer vision systems are...
It is well-known that active selection of fixation points in humans is highly context and task depen...
It is well-known that active selection of fixation points in humans is highly context and task depen...
Junctions, formed at the intersection of image contours, have been thought to play an important and ...
The performance of a visual system is strongly influenced by the information processing that is done...
A basic problem when deriving information from measured data, such as images, originates from the fa...
Keypoints (junctions) provide important information for focus-of-attention (FoA) and object categor...
Studies on visual attention traditionally focus on its physiological and psychophysical nature [16,1...
Presentado en: 2nd workshop on Recognition and Action for Scene Understanding York, Inglaterra Augus...
There exist image processing applications, such as tracking or pattern recognition, that are not nec...
Attention is usually modelled by sequential fixation of peaks in saliency maps. Those maps code loca...
Physical and computational constraints limit the spatial resolution and field-of-view (FOV) achievab...
Typically, our perceptual performance in two-dimensional space is assigned by high accuracy speciall...
Humans do not stare at scenes. They foveate. Their eyes dart about the scene at locations of interes...
This article presents: (i) a multiscale representation of grey-level shape called the scale-space pr...
Focus-of-attention is extremely important in human visual perception. If computer vision systems are...
It is well-known that active selection of fixation points in humans is highly context and task depen...
It is well-known that active selection of fixation points in humans is highly context and task depen...
Junctions, formed at the intersection of image contours, have been thought to play an important and ...
The performance of a visual system is strongly influenced by the information processing that is done...
A basic problem when deriving information from measured data, such as images, originates from the fa...
Keypoints (junctions) provide important information for focus-of-attention (FoA) and object categor...
Studies on visual attention traditionally focus on its physiological and psychophysical nature [16,1...
Presentado en: 2nd workshop on Recognition and Action for Scene Understanding York, Inglaterra Augus...
There exist image processing applications, such as tracking or pattern recognition, that are not nec...
Attention is usually modelled by sequential fixation of peaks in saliency maps. Those maps code loca...
Physical and computational constraints limit the spatial resolution and field-of-view (FOV) achievab...
Typically, our perceptual performance in two-dimensional space is assigned by high accuracy speciall...
Humans do not stare at scenes. They foveate. Their eyes dart about the scene at locations of interes...
This article presents: (i) a multiscale representation of grey-level shape called the scale-space pr...