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Abstract The cognitive neuroscience of spatial memory studies how individuals learn and recall the surrounding environment and is inherently related to the architectural concept of ‘experience of space’. However, applying neuroscientific concepts to architectural design has proved challenging. This review highlights the distinction between landmarks and environmental geometry as a key intersection, especially in the context of human aging.
Abstract The function of the olivary nucleus is key to cerebellar adaptation as it modulates long term synaptic plasticity between parallel fibres and Purkinje cells. Here, we posit that the neural dynamics of the inferior olive (IO) network, and in particular the phase of subthreshold oscillations with respect to afferent excitatory inputs, plays a role in cerebellar sensorimotor adaptation.
Introduction Learning requires assigning credit to each neuron for its contribution to the final output (Bengio et al., 2015; Lillicrap et al., 2016). How a neuron determines its contribution is known as the credit assignment problem. In particular, the training of deep neural networks is based on error back-propagation, which uses a feedback pathway to transmit information to calculate error signals in the hidden layers.
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