The phrase "augmenting dynamics" is correct and usable in written English.
It can be used in contexts related to systems, processes, or phenomena that are increasing or enhancing in complexity or intensity over time.
Example: "The research focused on augmenting dynamics within the ecosystem to understand how species interactions evolve."
Alternatives: "enhancing dynamics" or "increasing dynamics".
Such an improvement is expected to be possible in general by constraining (rather than augmenting) the dynamics on the network and, in particular, by removing nodes and edges as in the case of reaction knockouts.
A single Augmented Dynamics Extended Kalman Filter (ADEKF) is configured by combining the spacecraft nonlinear attitude dynamics and quaternion kinematics with orbital mechanics.
The observer design model is elaborated from the state system dynamics augmented with the dynamics of the unknown parameters.
Meanwhile, it is proved that by introducing integrators to augment plant dynamics the fast modes of LQG/LTR gain scheduling controller can be restrained effectively, which alleviates an obstacle for the engineering application of LQG/LTR gain scheduling technique.
We identified two processes that can contribute to the zipping mechanism, consistent with experiments, distinguished by whether amnioserosa dynamics do or do not augment canthus adhesion dynamics.
The systems dynamics are identified in closed loop, providing a description of the system in terms of linear dynamics augmented with friction effects.
The report focuses on augmenting the governing dynamics of the existing VRSAP simulation of the MK Delta hydrology such that it would be manageable by a feedback control loop.
To deal with actuator constraints, the system is augmented with additional dynamics based on the error analysis so as to recover the unconstrained response rapidly while preserving the system stability.
A nonlinear system is designed, its output transformed, and its dynamics augmented so that the proposed formulation can be considered as linear time-varying for the purpose of observability analysis.
The state dependent nature of the interaction of the spacecraft with the Earth's magnetic field is addressed and a model of the attitude dynamics augmented with the magnetic field is derived.
