In this article, we describe a mathematical model of cerebral cortical function (the so-called mean-field model). We conclude that the technique of mean-field modelling of the cerebral cortex is able to explain parsimoniously and elegantly a constellation of counterintuitive neuropharmacologic experimental data
We solve eight partial-differential, two-dimensional, nonlinear mean field equations, which describe...
A recently proposed mean-field theory of mammalian cortex rhythmogenesis describes the salient featu...
Anesthetic and analgesic agents act through a diverse range of pharmacological mechanisms. Existing ...
International audienceIn this paper, an enhanced local mean-field model that is suitable for simulat...
A great explanatory gap lies between the molecular pharmacology of psychoactive agents and the neuro...
Treatment of epilepsy is a challenging task. Difficulties arise in choosing the best pharmaceutical ...
A great explanatory gap lies between the molecular pharmacology of psychoactive agents and the neuro...
During the maintenance period of propofol-induced general anesthesia, specific changes in spontaneou...
Mean field models (MFMs) of cortical tissue incorporate salient, average features of neural masses i...
Changes to the electroencephalogram (EEG) observed during general anesthesia are modeled with a phys...
Mean-field models of the cortex have been used successfully to interpret the origin of features on t...
In this paper, we analyze the spatiotemporal mean field model developed by Liley et al. in order to ...
We present a model for the dynamics of a cerebral cortex in which inputs to neuronal assemblies are ...
In this thesis I investigate the theoretical stochastic behaviour of a one-dimensional model of the ...
Summary: A central difficulty in modeling epileptogenesis using biologically plausible computational...
We solve eight partial-differential, two-dimensional, nonlinear mean field equations, which describe...
A recently proposed mean-field theory of mammalian cortex rhythmogenesis describes the salient featu...
Anesthetic and analgesic agents act through a diverse range of pharmacological mechanisms. Existing ...
International audienceIn this paper, an enhanced local mean-field model that is suitable for simulat...
A great explanatory gap lies between the molecular pharmacology of psychoactive agents and the neuro...
Treatment of epilepsy is a challenging task. Difficulties arise in choosing the best pharmaceutical ...
A great explanatory gap lies between the molecular pharmacology of psychoactive agents and the neuro...
During the maintenance period of propofol-induced general anesthesia, specific changes in spontaneou...
Mean field models (MFMs) of cortical tissue incorporate salient, average features of neural masses i...
Changes to the electroencephalogram (EEG) observed during general anesthesia are modeled with a phys...
Mean-field models of the cortex have been used successfully to interpret the origin of features on t...
In this paper, we analyze the spatiotemporal mean field model developed by Liley et al. in order to ...
We present a model for the dynamics of a cerebral cortex in which inputs to neuronal assemblies are ...
In this thesis I investigate the theoretical stochastic behaviour of a one-dimensional model of the ...
Summary: A central difficulty in modeling epileptogenesis using biologically plausible computational...
We solve eight partial-differential, two-dimensional, nonlinear mean field equations, which describe...
A recently proposed mean-field theory of mammalian cortex rhythmogenesis describes the salient featu...
Anesthetic and analgesic agents act through a diverse range of pharmacological mechanisms. Existing ...