We numerically characterize the feedback Nash equilibrium of a discrete-space model that still captures the spatial interactions among agents.
This means that we must choose an optimal managerial decision under a set of qualitative and quantitative factors that affect the situation, including factors that characterize the feedback from the customers.
Since the Actor-Critic architecture depended heavily on the evaluative feedback from the NAcc, we first performed neurophysiological studies to characterize the evaluative feedback information in it and its appropriateness as a training signal for the S-BMI architecture.
The micropatterns of active HRP were characterized using the feedback mode of SECM in PB containing 2.0 × 10−3 mol/L BQ and 2.0 × 10−3 mol/L H2O2, when the tip potential was held at −0.2 V.
The next step will be characterized by the feedback to, and early diagnosis of, AKI made by biomarkers.
We next characterize the optimal feedback strategy in this state.
We next characterize the optimal feedback strategy satisfying (31).
The aim is to analyze ψ→H ψ t,φ) for characterizing the optimal feedback strategy ψ ∗ in the state z= 0,0).
Using Lemma 5, we characterize the optimal feedback strategy in terms of a relation between the critical point ℓ(t) and the solutions (psi _{i}^{foc}) of the system of first order condition equations.
To characterize the spatial organization of input to individual neurons, we characterized the 'receptive field' of feedback inhibition as the center of mass (COM) and the 25% isoinhibition contour (ISO; Figure 6D).
