Figure 3 3-D computer simulation result shows simple dynamical behaviors of the uncontrolled system ( 4 ) in the ( u 1, u 2, u 3 ) space for k = 2. Figure 4 3-D computer simulation result shows complex dynamical behaviors of the controlled system ( 5 ) in the ( u 1, u 2, u 3 ) space for k = 2, β = 10, γ 1 = 2 π + arcsin 1 20, γ 2 = arcsin 1 40, γ 3 = arcsin 1 60.
The controlled system is designed to exhibit a more regular orbital behavior than the uncontrolled one.
Significant improvement is obtained in the behavior of the controlled structure compared to the uncontrolled one.
This realizes a variant of the no-strong loop hypothesis [34] to avoid uncontrolled behavior of the overall model dynamics and to limit the amount of inhibition necessary to achieve a stable network performance.
Importantly, this type of feedback is not capable of generating new activity at positions with zero initial activity which could lead to an uncontrolled behavior of the overall system's functionality.
Nonlinear response history analyses are conducted to evaluate the behavior of controlled and uncontrolled buildings under 44 ground motion records.
Supervisory control theory deals with automatic synthesis of supervisory controllers that ensure safe behavior of the supervised system, based on the models of the uncontrolled system and the (safety) control requirements.
The dynamical behavior of the neutral-type neural network s ( t ) is shown in Figure 1; the trajectories of the uncontrolled and controlled neutral-type coupled neural network (2) are shown in Figure 2 and Figures 3-4, respectively.
The dynamics of the uncontrolled system is governed by a linear, self-adjoint partial differential equation.
However, the behavior of the rate adaptation algorithm under congestion and interference could be counterproductive due to uncontrolled rate decrease, which might lead to a greater amount of congestion and performance degradation [12, 23].
