Computational modeling plays an important role to understand the mechanisms of attention. In this framework, synthetic computational models can uniquely contribute to integrate different explanatory levels and neurocognitive findings, with special reference to the integration of attention and awareness processes. Novel combined experimental and computational investigations can lead to important insights, as in the revived domain of neural correlates of attention- and awareness-related meditation states and traits
Abstract—Modeling visual attention—particularly stimulus-driven, saliency-based attention—has been a...
We propose a biologically plausible neural model of selective covert visual attention. We show that ...
A new computational model of visual attention is proposed on a theoretical basis, based on the CODAM...
Although meditation and mindfulness practices are widely discussed and studied more and more in the ...
This paper is aimed at furthering discussions about the properties which computational cognitive mod...
Posner and colleagues [38,40] assert that attention comprises three distinct anatomical areas of the...
A computational model of selective attention is implemented to account for findings from an experime...
Posner and colleagues 38,40 assert that attention comprises three distinct anatomical areas of the b...
This paper describes a network-oriented model based on the neuroscientist Graziano’s Attention Schem...
This paper describes a network-oriented model based on the neuro-scientist Graziano's Attention Sche...
Computational modeling and meditation are not frequently mentioned in the same breath. However, in t...
Abstract Within the broad area of computational intelligence, it is of great importance to develop n...
Within recent years, researchers have proposed the independence of attention and consciousness on bo...
UnrestrictedWhat draws in human attention and can we create computational models of it which work th...
Is attention a purely perceptual process or is it in any way related to motor control? The aim of th...
Abstract—Modeling visual attention—particularly stimulus-driven, saliency-based attention—has been a...
We propose a biologically plausible neural model of selective covert visual attention. We show that ...
A new computational model of visual attention is proposed on a theoretical basis, based on the CODAM...
Although meditation and mindfulness practices are widely discussed and studied more and more in the ...
This paper is aimed at furthering discussions about the properties which computational cognitive mod...
Posner and colleagues [38,40] assert that attention comprises three distinct anatomical areas of the...
A computational model of selective attention is implemented to account for findings from an experime...
Posner and colleagues 38,40 assert that attention comprises three distinct anatomical areas of the b...
This paper describes a network-oriented model based on the neuroscientist Graziano’s Attention Schem...
This paper describes a network-oriented model based on the neuro-scientist Graziano's Attention Sche...
Computational modeling and meditation are not frequently mentioned in the same breath. However, in t...
Abstract Within the broad area of computational intelligence, it is of great importance to develop n...
Within recent years, researchers have proposed the independence of attention and consciousness on bo...
UnrestrictedWhat draws in human attention and can we create computational models of it which work th...
Is attention a purely perceptual process or is it in any way related to motor control? The aim of th...
Abstract—Modeling visual attention—particularly stimulus-driven, saliency-based attention—has been a...
We propose a biologically plausible neural model of selective covert visual attention. We show that ...
A new computational model of visual attention is proposed on a theoretical basis, based on the CODAM...