Concept Combinations in a Quantum-Theoretic Framework
which consists of two sectors: ‘sector 1’ is a Hilbert space , while ‘sector 2’ is a tensor product Hilbert space . Let us now consider the membership weights of…
which consists of two sectors: ‘sector 1’ is a Hilbert space , while ‘sector 2’ is a tensor product Hilbert space . Let us now consider the membership weights of…
, , and , whose dynamics are given by (1)where and are the overall excitatory and inhibitory couplings between the neural oscillators. During reinforcement, the coupling strengths and are changed…
. The spins recorded in each trial are realizations of random variables A and B, which, in the simplest case, can attain two values each: a 1 or a 2…
(1) where J ij denotes a connection from the j-th to i-th neuron, is an input pattern of input strength γ, and μ is index of learned mappings. For a…
Fig. 1 A two domain-model for ion concentration dynamics in the intra- and extracellular space. The ICS is represented as a cylindrical cable (I), coated by ECS (E). The geometry is…
is formed by the m-dimension vectors and , where . The max distance between X i and X j can be calculated by (1) Given a threshold r and each ,…
or , respectively. Here, p c regulates the total number of connections in the network, q c controls the fraction of inter-modular connections among all connections in the network, and…
(1) (2) (3)where represents the total input to the ith neuron and represents the noise intensity. The quantity J ij represents the absolute strength of the connection from the jth…
(1) Here, is the internal state of the n-th neuron, is the m-th input current, and is the state of l-th readout neuron determined as (2)From the spirit of RC,…
(1) for 1 ≤ i ≤ N, where v i denotes the membrane voltage of neuron i, μ is a dc component in the noisy synaptic input and τ is the membrane time constant…