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Temporal coding measures the frequency of spikes, the precise time of arrival of each spike encodes information Here we present evidence for the ubiquity of fine spike timing and temporal coding broadly observed across sensory systems and widely conserved across diverse phyla, spanning invertebrates and vertebrates. This concept, known as temporal coding, treats the timing of neural signals as a piece of information itself
The mechanism is analogous to morse code, where the specific sequence and timing of dots and dashes create a complex message, allowing the brain to encode information with speed and nuance. Study with quizlet and memorize flashcards containing terms like eeg represents a comparison, between two or more different sites, of what?, what is meant by temporal coding of neurons?, what is meant by the inverse problem The basic idea of the temporal code is as simply stated as that of the rate code
Information about the stimulus or action is contained in the relative timing of spikes, not just in, or instead of in, the rate of those spikes.
Temporal coding is a neural coding scheme where information is encoded in the precise timing of individual nerve impulses (spikes) and the temporal patterns or synchrony of firing across neurons, rather than just the average firing rate (rate coding). In temporal coding, the exact time when neurons send spikes is crucial Instead of just counting how many times a neuron fires, the timing of each spike carries meaning This approach mimics how the human brain operates, where the timing of brain signals can affect how we think and react.
In temporal code theory (wever & bray, 1937), we determine the frequency of a sound by how fast a neuron fires The auditory nerve attached to a hair cell will fire at the same point in a sound cycle, thus, the firing rate will match the incoming sound frequency.
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