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At large scales the brain is a complex network of anatomical structures, or neural populations, with the small-world characteristics of dense local clustering between neighboring populations and a short path length between any two populations. There have been extensive studies of the structural and dynamical advantages of small-world networks over the last decade, providing a number of possible reasons...
The impact of stability and synchronization of electrical activity on the structure of random brain networks with a distribution of connection strengths is investigated using a physiological model of brain activity. Connection strength is measured by the gain of the connection, which describes the effect of changes in the firing rate of neurons in one component on the neurons of another component...
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