A computational model of selective attention is implemented to account for findings from an experiment on selective attention that was conducted. The model successfully reproduces the latency data of human participants by relying on the interaction between a bottom-up saliency map and the top-down influences from spatial and semantic goals. The model offers a biologically-plausible way of operationalizing perceptual load and provides insights about the possible brain mechanisms that underlie related empirical findings
An increasing body of evidence has shown that attention is a multi-type and multilevel cognitive fac...
ahmad~bsUD4Gztivax.siemens.eom Visual attention is the ability to dynamically restrict processing to...
AbstractWe propose a computational model for the task-specific guidance of visual attention in real-...
Posner and colleagues 38,40 assert that attention comprises three distinct anatomical areas of the b...
Posner and colleagues [38,40] assert that attention comprises three distinct anatomical areas of the...
Abstract Within the broad area of computational intelligence, it is of great importance to develop n...
We propose a biologically plausible neural model of selective covert visual attention. We show that ...
AbstractThe selective tuning model [Artif. Intell. 78 (1995) 507] is a neurobiologically plausible n...
The selective tuning model [Artif. Intell. 78 (1995) 507] is a neurobiologically plausible neural ne...
We present a cognitive architecture that includes perception, memory, attention, decision making, an...
In this paper we show how a multilayer neural network trained to master a context-dependent task in ...
Computational modeling plays an important role to understand the mechanisms of attention. In this fr...
We propose a model for the neuronal implementation of selective visual attention based on temporal c...
In the present work we follow a computational neuroscience approach in order to study the role of at...
The psychophysical evidence for "selective attention " originates mainly from visual searc...
An increasing body of evidence has shown that attention is a multi-type and multilevel cognitive fac...
ahmad~bsUD4Gztivax.siemens.eom Visual attention is the ability to dynamically restrict processing to...
AbstractWe propose a computational model for the task-specific guidance of visual attention in real-...
Posner and colleagues 38,40 assert that attention comprises three distinct anatomical areas of the b...
Posner and colleagues [38,40] assert that attention comprises three distinct anatomical areas of the...
Abstract Within the broad area of computational intelligence, it is of great importance to develop n...
We propose a biologically plausible neural model of selective covert visual attention. We show that ...
AbstractThe selective tuning model [Artif. Intell. 78 (1995) 507] is a neurobiologically plausible n...
The selective tuning model [Artif. Intell. 78 (1995) 507] is a neurobiologically plausible neural ne...
We present a cognitive architecture that includes perception, memory, attention, decision making, an...
In this paper we show how a multilayer neural network trained to master a context-dependent task in ...
Computational modeling plays an important role to understand the mechanisms of attention. In this fr...
We propose a model for the neuronal implementation of selective visual attention based on temporal c...
In the present work we follow a computational neuroscience approach in order to study the role of at...
The psychophysical evidence for "selective attention " originates mainly from visual searc...
An increasing body of evidence has shown that attention is a multi-type and multilevel cognitive fac...
ahmad~bsUD4Gztivax.siemens.eom Visual attention is the ability to dynamically restrict processing to...
AbstractWe propose a computational model for the task-specific guidance of visual attention in real-...