in Neuronal Population with Phase Response
(1) where is the input to the jth neuronal oscillator from the kth neuronal oscillator, ε is weak coupling constant, N is the total number of neuronal oscillators, t n…
(1) where is the input to the jth neuronal oscillator from the kth neuronal oscillator, ε is weak coupling constant, N is the total number of neuronal oscillators, t n…
(1) The first two terms in the right side of Eq. 1 are the ionic currents responsible for the generation of the action potential; the third term is the leakage current;…
Fig. 1 A schematic diagram of PFC network architecture In the following, the two streams from Pathways II and III are considered as a single context-expectancy variable (the “top-down” stream),…
Fig. 1 Schematic view of the experimental setup 3 Results of the Transfer Entropy Analysis Transfer entropy T I→J , a measure of information flow from a stochastic process I…
Fig. 1 The multi-level approach in systemic neuropsychiatry – top-down deconstructing analysis by biotechnologies and bottom-up reconstructing synthesis by computer-based modelling and simulations Additionally, neuropsychiatry also has to tackle the…
Fig. 1 Synaptic strength distribution. Histogram of outer-cluster synapses (shown in blue) compared with inner-cluster (red) on a log scale displays the bimodal distribution all synapses demonstrate, as well as…
Fig. 1 Locations of the 62 electrodes 2.2 Signal Processing The raw EEG data were digitally referenced to the linked mastoids [9]. EEG with significant myoelectric artifacts was manually excluded….
Fig. 1 Connection structure of neural networks The global connected neural network is composed of 15 neurons in Fig. 1. To understand the energy coding mode in the neural network subject…
(1) (2) (3) Spatial structure of the analytic phase was fitted to a cone surface due to the similarity [8], and the phase cones constitute the PM patterns. The 8…
Fig. 1 A hippocampal-VTA model We model the circuit shown in Fig. 1 using mean-field population analysis. Normalized firing rate y i of i-th population is defined by (1) (2)where x…