Fig. 3: Informativeness of spike timing is related to the submodality composition of a neuron’s input. | Nature Communications

Fig. 3: Informativeness of spike timing is related to the submodality composition of a neuron’s input.

From: Texture is encoded in precise temporal spiking patterns in primate somatosensory cortex

Fig. 3

A Mean classification performance for individual PC-like neurons (orange, n = 12), SA1-like neurons (green, n = 25), and RA-like neurons (blue, n = 12). PC-like and RA-like responses allow for better classification than do SA1-like responses, and all are better than rate-matched simulated Poisson responses (dashed lines). Shaded regions denote the standard error of the mean across neurons. B Cumulative distribution of the peak temporal resolution for individual neurons. C–F Population classification using rate (red), timing (blue), and both (purple) for SA1-like neurons (C), PC-like neurons (D), RA-like neurons (E), or the remaining 92 unclassified cells (F). Shaded regions denote the standard deviation across 200 iterations.

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