There is widespread consensus among neurophysiologists and neuropsychologists that neurons are involved in information processing and computations carried out by the brain. Yet there is still remarkably little understanding of the mechanisms underlying these processes. Similarly, also the nature of the neural code (or codes) being used by the brain is still very much open for discussion. In view of this, it is essential to consider different alternatives. Not only does each of them dictate a way of thinking about brain mechanisms, they also suggest different experimental approaches toward experimental studies of these mechanisms
Computational systems are useful in neuroscience in many ways. For instance, they may be used to con...
Abstract: Understanding the rules by which brain networks represent incoming stimuli in population a...
A key problem in cognitive science is to explain the neural mechanisms of the rapid transposition be...
While recognizing a face or kicking a ball may seem to be easy tasks for us, they still constitute c...
Computational systems are useful in neuroscience in many ways. For instance, they may be used to con...
Computational systems are useful in neuroscience in many ways. For instance, they may be used to con...
A variety of anatomical and physiological evidence suggests that the brain performs computations usi...
Abstract The cerebral cortex presents itself as a distrib-uted dynamical system with the characteris...
A variety of anatomical and physiological evidence suggests that the brain performs computations usi...
A major challenge for cognitive scientists is to deduce and explain the neural mechanisms of the rap...
A variety of anatomical and physiological evidence suggests that the brain performs computations usi...
AbstractInformation may be coded in neuronal firing patterns in other ways than the instantaneous ac...
Computational neuroscience provides a way to bridge from the anatomical and neurophysiological prope...
Computational systems are useful in neuroscience in many ways. For instance, they may be used to con...
Computational systems are useful in neuroscience in many ways. For instance, they may be used to con...
Computational systems are useful in neuroscience in many ways. For instance, they may be used to con...
Abstract: Understanding the rules by which brain networks represent incoming stimuli in population a...
A key problem in cognitive science is to explain the neural mechanisms of the rapid transposition be...
While recognizing a face or kicking a ball may seem to be easy tasks for us, they still constitute c...
Computational systems are useful in neuroscience in many ways. For instance, they may be used to con...
Computational systems are useful in neuroscience in many ways. For instance, they may be used to con...
A variety of anatomical and physiological evidence suggests that the brain performs computations usi...
Abstract The cerebral cortex presents itself as a distrib-uted dynamical system with the characteris...
A variety of anatomical and physiological evidence suggests that the brain performs computations usi...
A major challenge for cognitive scientists is to deduce and explain the neural mechanisms of the rap...
A variety of anatomical and physiological evidence suggests that the brain performs computations usi...
AbstractInformation may be coded in neuronal firing patterns in other ways than the instantaneous ac...
Computational neuroscience provides a way to bridge from the anatomical and neurophysiological prope...
Computational systems are useful in neuroscience in many ways. For instance, they may be used to con...
Computational systems are useful in neuroscience in many ways. For instance, they may be used to con...
Computational systems are useful in neuroscience in many ways. For instance, they may be used to con...
Abstract: Understanding the rules by which brain networks represent incoming stimuli in population a...
A key problem in cognitive science is to explain the neural mechanisms of the rapid transposition be...