FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2008984674> ?p ?o ?g. }

• W2008984674 endingPage "295" @default.
• W2008984674 startingPage "285" @default.
• W2008984674 abstract "Abstract There is some complementarity of models for the origin of the electroencephalogram (EEG) and neural network models for information storage in brainlike systems. From the EEG models of Freeman, of Nunez, and of the authors' group we argue that the wavelike processes revealed in the EEG exhibit linear and near-equilibrium dynamics at macroscopic scale, despite extremely nonlinear – probably chaotic – dynamics at microscopic scale. Simulations of cortical neuronal interactions at global and microscopic scales are then presented. The simulations depend on anatomical and physiological estimates of synaptic densities, coupling symmetries, synaptic gain, dendritic time constants, and axonal delays. It is shown that the frequency content, wave velocities, frequency/wavenumber spectra and response to cortical activation of the electrocorticogram (ECoG) can be reproduced by a “lumped” simulation treating small cortical areas as single-function units. The corresponding cellular neural network simulation has properties that include those of attractor neural networks proposed by Amit and by Parisi. Within the simulations at both scales, sharp transitions occur between low and high cell firing rates. These transitions may form a basis for neural interactions across scale. To maintain overall cortical dynamics in the normal low firing-rate range, interactions between the cortex and the subcortical systems are required to prevent runaway global excitation. Thus, the interaction of cortex and subcortex via corticostriatal and related pathways may partly regulate global dynamics by a principle analogous to adiabatic control of artificial neural networks." @default.
• W2008984674 created "2016-06-24" @default.
• W2008984674 creator A5047166976 @default.
• W2008984674 creator A5078483398 @default.
• W2008984674 date "1996-06-01" @default.
• W2008984674 modified "2023-09-30" @default.
• W2008984674 title "Dynamics of the brain at global and microscopic scales: Neural networks and the EEG" @default.
• W2008984674 cites W103838389 @default.
• W2008984674 cites W1575574251 @default.
• W2008984674 cites W1643504812 @default.
• W2008984674 cites W1669338987 @default.
• W2008984674 cites W1872858710 @default.
• W2008984674 cites W1963831929 @default.
• W2008984674 cites W1963895644 @default.
• W2008984674 cites W1964930662 @default.
• W2008984674 cites W1965754674 @default.
• W2008984674 cites W1965880854 @default.
• W2008984674 cites W1967074892 @default.
• W2008984674 cites W1968060720 @default.
• W2008984674 cites W1968589664 @default.
• W2008984674 cites W1969585203 @default.
• W2008984674 cites W1970135831 @default.
• W2008984674 cites W1971828433 @default.
• W2008984674 cites W1972268296 @default.
• W2008984674 cites W1972632434 @default.
• W2008984674 cites W1976069624 @default.
• W2008984674 cites W1976377488 @default.
• W2008984674 cites W1977110625 @default.
• W2008984674 cites W1978742842 @default.
• W2008984674 cites W1979263094 @default.
• W2008984674 cites W1985039283 @default.
• W2008984674 cites W1986267550 @default.
• W2008984674 cites W1987211298 @default.
• W2008984674 cites W1988428959 @default.
• W2008984674 cites W1992447772 @default.
• W2008984674 cites W1992476998 @default.
• W2008984674 cites W1993380666 @default.
• W2008984674 cites W1995341919 @default.
• W2008984674 cites W1996253558 @default.
• W2008984674 cites W1996511030 @default.
• W2008984674 cites W1996606718 @default.
• W2008984674 cites W1996922923 @default.
• W2008984674 cites W1997885224 @default.
• W2008984674 cites W2001814583 @default.
• W2008984674 cites W2003424691 @default.
• W2008984674 cites W2004547450 @default.
• W2008984674 cites W2006324882 @default.
• W2008984674 cites W2007031766 @default.
• W2008984674 cites W2009232425 @default.
• W2008984674 cites W2010526455 @default.
• W2008984674 cites W2010810640 @default.
• W2008984674 cites W2012074763 @default.
• W2008984674 cites W2012325925 @default.
• W2008984674 cites W2013591863 @default.
• W2008984674 cites W2014220965 @default.
• W2008984674 cites W2015670006 @default.
• W2008984674 cites W2018728940 @default.
• W2008984674 cites W2018868556 @default.
• W2008984674 cites W2020201744 @default.
• W2008984674 cites W2020723417 @default.
• W2008984674 cites W2021514745 @default.
• W2008984674 cites W2021576862 @default.
• W2008984674 cites W2022044299 @default.
• W2008984674 cites W2023877115 @default.
• W2008984674 cites W2024778653 @default.
• W2008984674 cites W2027515110 @default.
• W2008984674 cites W2029401646 @default.
• W2008984674 cites W2030605379 @default.
• W2008984674 cites W2030706766 @default.
• W2008984674 cites W2032910917 @default.
• W2008984674 cites W2036573615 @default.
• W2008984674 cites W2038573605 @default.
• W2008984674 cites W2040124307 @default.
• W2008984674 cites W2044043206 @default.
• W2008984674 cites W2044257293 @default.
• W2008984674 cites W2051338095 @default.
• W2008984674 cites W2051403584 @default.
• W2008984674 cites W2054496920 @default.
• W2008984674 cites W2055861758 @default.
• W2008984674 cites W2056144146 @default.
• W2008984674 cites W2057964636 @default.
• W2008984674 cites W2058491602 @default.
• W2008984674 cites W2059238825 @default.
• W2008984674 cites W2061888043 @default.
• W2008984674 cites W2062835376 @default.
• W2008984674 cites W2063399867 @default.
• W2008984674 cites W2063731809 @default.
• W2008984674 cites W2064335535 @default.
• W2008984674 cites W2064343305 @default.
• W2008984674 cites W2064419452 @default.
• W2008984674 cites W2066381067 @default.
• W2008984674 cites W2066960179 @default.
• W2008984674 cites W2067909761 @default.
• W2008984674 cites W2070215032 @default.
• W2008984674 cites W2071118926 @default.
• W2008984674 cites W2074391612 @default.
• W2008984674 cites W2074911216 @default.
• W2008984674 cites W2075436929 @default.

• next