Title |
-
en
FROM MICRO-CHAOS TO MACRO-CHAOS: CHAOS CAN SURVIVE EVEN IN MACROSCOPIC STATES OF NEURAL ACTIVITIES
|
Creator |
|
Accessrights |
open access |
Subject |
-
Other
en
chaos
-
Other
en
EEG simulation
-
Other
en
electroencephalogram
-
Other
en
linear dynamics
-
Other
en
neocortex
-
Other
en
network symmetry
-
Other
en
neurodynamics
-
Other
en
pyramidal cell
-
Other
en
wave velocity
-
NDC
410
|
Description |
-
Other
en
Eeg Chaos (3)
-
Abstract
en
This critique of Wright et al.'s (1993) macroscopic EEG model is based on recent findings by Kaneko (1990) concerning dynamic behaviors in a globally coupled map. A coupled chaotic system does not always follow linear and equilibrium statistical mechanics. Some aspects of attractive neural networks and chaotic learning are also discussed.
|
Publisher |
en
sponsored by the American Psychological Association (APA)
|
Date |
|
Language |
|
Resource Type |
journal article |
Version Type |
VoR |
Identifier |
HDL
http://hdl.handle.net/2115/8489
|
Journal |
-
-
en
PSYCOLOQUY
-
Volume Number5
Page Start12
|
File |
|
Oaidate |
2023-07-26 |