Data from: Visuomotor adaptation: how forgetting keeps us conservative



Even when provided with feedback after every movement, adaptation levels off before biases are completely removed. Incomplete adaptation has recently been attributed to forgetting: the adaptation is already partially forgotten by the time the next movement is made. Here we test whether this idea is correct. If so, the final level of adaptation is determined by a balance between learning and forgetting. Because we learn from perceived errors, scaling these errors by a magnification factor has the same effect as subjects increasing the amount by which they learn from each error. In contrast, there is no reason to expect scaling the errors to affect forgetting. The magnification factor should therefore influence the balance between learning and forgetting, and thereby the final level of adaptation. We found that adaptation was indeed more complete for larger magnification factors. This supports the idea that incomplete adaptation is caused by part of what has been learnt quickly being forgotten.,Adaptation data - movement pathsData files with for each subject folder, for each magnification condition ('small' = m = 0.5; zero = m = 1; large = m = 2) the input files with target locations and feedback availability and the output files with movement paths towards each target position. The last number in the output_condition_number filename correspond to the trial numbers in the input,
Date made available27 Feb 2015
PublisherUnknown Publisher

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