"stable dynamics" is a correct and usable phrase in written English.
It refers to the steady or predictable changes or patterns in a system or situation. Example: "The company's financial stability can be attributed to its stable dynamics in terms of market demand and cost management." In this sentence, "stable dynamics" is used to describe the consistent and controlled changes in the company's financial situation. It can also be used in other contexts such as describing the stable dynamic in a relationship, the stable dynamics of a political situation, or the stable dynamics of a natural ecosystem.
The outer (position) and the inner (attitude) loops of the control system utilize Generalized Dynamic Inversion (GDI) of two pre-specified asymptotically stable dynamics of the inertial position coordinates and the attitude angles, respectively.
A qualitative analysis of this model presents the stable dynamics and threshold conditions for distinguishing the disease's extinction or permanence.
This condition is important in practice since exponentially stable dynamics such as those in (2.5) systems fulfil it.
This method eliminates the fast and stable dynamics and gives the equations describing the slow ones.
The resulting systems are robust with respect to the presence of unaccounted-for fast stable dynamics of actuators and sensors.
The inertial unit provides a true short-term stable dynamics and the FDE mechanism benefits from this information as we can see at the end of this section.
We started with the same parameters for all equations and then minimally adjusted them to allow for multi-stable dynamics and to agree with the gene expression temporal profiles qualitatively.
In particular, when connections are nearly symmetric, i.e., ρij≈ρji, two or more stable states can co-exist, yielding multi-stable dynamics where the initial condition determines the final state.
On the other hand, when inhibitory GABAA synaptic pathways were blocked, a highly bursting regime appeared, with a bi-stable dynamics alternating large bursts with silent periods (Figure 6 and 10), single neurons started to burst (Figure 7) and the correlation of their activity increased (Figure 8).
Thermal-load fluctuation test is planned to demonstrate the stable reactor dynamics and to gain the test data for validation of the plant dynamics code.
In general, unlike linear nonnegative systems with asymptotically stable plant dynamics, a given set point for a discrete-time nonlinear nonnegative dynamical system (5.1).
