Examples of Qt in a sentence
Theorem A.1. Principle of dynamic subsystems (the existence of global neuronal rules for the dynamic system as a universal approximator): For every d ∈ N, k ∈ N, l ∈ N, N ∈ N, M ∈ N, given a system of sub-models with a set of time-variant coordinates Q(t) = {q(t) ∈ Rd|i ∈ [1, N ]} that receive and emit time-variant signals S(i;t) ∈ Rk and S(i;t) ∈ Rl, then for arbitrary sequentialinoutmapping F: S(i;1..M ) ∈ R(k×M ) → S(i;1.
The mode splittings are typically so large with respect to the mode linewidths that each mode can be fit to a simple Lorentzian model, with 1 Qt = 1/Q0 + 1/Qc, where Q0 and Qc are intrinsic and coupling quality factors.
If the injected current input I(t) is a function depending on t, the LIF neuron dynamics becomesdU (t)τ dt = −U (t) + RI(t) .Write it into standard first-order differential equationy′ + P (t)y = Q(t) .
The state process x(t) is a Gauss-Markov process with x(t) ∈ G(mx(t), Q(t)).
It can be represented as: dQ = K1(Qe − Qt)dt(3.13) By integrating equation (3.13) between the boundary conditions (Qt = 0) at (t= 0) and (Qt = Qe) at (t = t) and rearranged to obtain a linear form: ln(Qe − Qt) = ln(Qe) − K1t(3.14) Where Qe and Qt are the amount of component adsorbed at equilibrium and at time t (mg/g); respectively.