Trends in Neurosciences
ReviewReliability and information transmission in spiking neurons
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Firing regularity control of single neuron based on closed-loop ISI clamp
2018, NeurocomputingCitation Excerpt :Information about external stimulation signals can be encoded by changes of the neuronal firing rate and/or spike timing of individual action potentials [1,2]. A growing body of researches based on firing rate models [3] and spike-timing response models [4] prove that the intrinsic biophysical properties of neurons and the recent input history [5] affect the precision of spike timing. In vivo, neurons are constantly bombarded by synaptic inputs and different levels of noise including environmental noise and channel noise, which also result in the shift of spike timing [6,7].
Neurosemantics and Categories
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2013, Neuroscience and Biobehavioral ReviewsCitation Excerpt :Communication in the nervous system also relies on the temporal component of the firing rate of a neural population. The precise timing of action potentials, and in particular the temporal relationship of action potential generation between neurons, is a significant element in neural communication (temporal coding, Bialek and Rieke, 1992). In a given area at a given time, many signals converge, but only those that will be associated in time (have a similar distribution, see Wu et al., 2002) will give rise to effective communication mechanisms (Bi and Poo, 2001).
Learning and Memory
2012, Basic Neurochemistry