Real-time in the brain limbic system
Translated from Russian by Inna Shragina-Mytnik
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The results of the suggested research were obtained in the course of the analysis of the descriptions of the brain limbic system's (BLS) structures. The model of the neuron was synthesized as the basic building material for the BLS and it fits the functions the BLS performs. The model of a neuron was created with the following features: the ability to get adapted to various changes of input signals, to get synchronized; the ability for spatio-time accumulating of a set of excitations; the possession of the mechanism of excitation and inhibition; the ability to process input information in time...
The results of the suggested research were obtained in the course of the analysis of the descriptions of the brain limbic system's (BLS) structures. The model of the neuron was synthesized as the basic building material for the BLS and it fits the functions the BLS performs. The model of a neuron was created with the following features: the ability to get adapted to various changes of input signals, to get synchronized; the ability for spatio-time accumulating of a set of excitations; the possession of the mechanism of excitation and inhibition; the ability to process input information in time slots according to the phase of the corresponding sensor modality. The comparison the results of known electrophysiological experiments with the results of computer experiments confirmed the adequacy of the model and its living prototype. It was introduced the concept of cyclic and discrete micro interval time (time slots) for processing of sensor information of one modality. To justify theexistence of these time slots, the following conceptions were used: the holographic nature of the neural network and the informational exchange between living cells realized by coherent bio photons.
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