A typical visual scene we encounter in everyday life is complex and filled with a huge amount of perceptual information. The term, ‘visual attention’ describes a set of mechanisms that limit some processing to a subset of incoming stimuli. Attentional mechanisms shape what we see and what we can act upon. They allow for concurrent selection of some (preferably, relevant) information and inhibition of other information. This selection permits the reduction of complexity and informational overload. Selection can be determined both by the ‘bottom-up’ saliency of information from the environment and by the ‘top-down’ state and goals of the perceiver. Attentional effects can take the form of modulating or enhancing the selected information. A ce...
Attention—the process of selecting and prioritizing relevant stimuli in our environment—has long bee...
The efficiency of human visual information processing is supported by numerous attentional resources...
Our senses continuously receive a staggering amount of information from our environment. To operate ...
The ability to select and process relevant information quickly and efficiently from a complex visual...
This paper summarizes relevant literature on visual attention, beginning with a discussion of how at...
The visual analysis of the world around us is an incredibly complex neural process that allows human...
The amount of sensory input received by the human brain far surpasses its capacity for conscious pro...
AbstractThis review focuses on covert attention and how it alters early vision. I explain why attent...
Selective attention in vision undoubtedly uses many different types of mechanisms to achieve better ...
I will introduce the two of the goals of early visual processing in human vision, efficient coding a...
UnrestrictedPaying attention to the right thing at the right time underlies the ability of humans an...
Humans are capable of selecting information that is goal-relevant. Irrelevant (distractor) informati...
Although vision is the dominant sense in humans, the brain's capacity to process visual information ...
Although vision is the dominant sense in humans, the brain's capacity to process visual information ...
© 2013 Dr. Ashika VergheseVisual attention allows the brain to selectively process only what is rele...
Attention—the process of selecting and prioritizing relevant stimuli in our environment—has long bee...
The efficiency of human visual information processing is supported by numerous attentional resources...
Our senses continuously receive a staggering amount of information from our environment. To operate ...
The ability to select and process relevant information quickly and efficiently from a complex visual...
This paper summarizes relevant literature on visual attention, beginning with a discussion of how at...
The visual analysis of the world around us is an incredibly complex neural process that allows human...
The amount of sensory input received by the human brain far surpasses its capacity for conscious pro...
AbstractThis review focuses on covert attention and how it alters early vision. I explain why attent...
Selective attention in vision undoubtedly uses many different types of mechanisms to achieve better ...
I will introduce the two of the goals of early visual processing in human vision, efficient coding a...
UnrestrictedPaying attention to the right thing at the right time underlies the ability of humans an...
Humans are capable of selecting information that is goal-relevant. Irrelevant (distractor) informati...
Although vision is the dominant sense in humans, the brain's capacity to process visual information ...
Although vision is the dominant sense in humans, the brain's capacity to process visual information ...
© 2013 Dr. Ashika VergheseVisual attention allows the brain to selectively process only what is rele...
Attention—the process of selecting and prioritizing relevant stimuli in our environment—has long bee...
The efficiency of human visual information processing is supported by numerous attentional resources...
Our senses continuously receive a staggering amount of information from our environment. To operate ...