Titlebook: Advances in Cognitive Neurodynamics; Proceedings of the I Rubin Wang,Enhua Shen,Fanji Gu Conference proceedings 2008 Springer Science+Busin

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Emanuele Della Valle,Marco Balduinif stellate cell firing with respect to theta rhythm. It is also demonstrated that a LTD window in the range of positive spike-timing may suppress enhancement of irrelevant loop connections due to background noise.

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Gerda Zigiene,Egle FiodorovieneGaussian spots and grating indicate that the lateral connections are statistically strongly correlated among nearby neurons, and also show that both afferent and lateral connections depend on input patterns.

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Rubin Wang,Enhua Shen,Fanji GuThe latest progress in the field of cognitive neurodynamics.Completely focused on the topic of cognitive neurodynamics.Review and comments to the progress of cognitive neurodynamics by leading scienti

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Advances in Cognitive Neurodynamicshttp://image.papertrans.cn/a/image/147063.jpg

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Jaroslav Skrabalek,Tomáš Pitnereural networks and brain areas over time. How can such data be used to create dynamic models that capture dynamic interactions at a particular functional level and across levels over time? The paper addresses these questions through dynamic interaction network (DIN) modelling: first, at a genetic le

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Witold Abramowicz,Rainer Alt,Bogdan Franczykt describes the steady-state tuning of cells with respect to the spectro-temporal envelope of a stable sound. On the other hand, speech and other natural sounds have spectro-temporal features that change dramatically over milliseconds. We explore the time evolution of spectro-temporal tuning in prim

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Justyna Patalas-Maliszewska,Irene Krebsg study produced surprising results: when actual spike trains were simulated it was predicted that synaptic depression resulted in an increase of the spiking output. Subsequent collaboration with another team led to the confirmation of the main results using patch clamp recordings in . cerebellar sl

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Justyna Patalas-Maliszewska,Irene Krebsrd projections in the cerebral cortex, which transmit bottom-up information away from sensory receptors, are matched by feedback projections that can transmit top-down signals. The role of layer 6 feedback cells in visual processing is of particular appealing for those cells in the visual cortex sit