We extend the discretization approach to deal with such sampled-data system through exploring the stability conditions of the corresponding discrete-time system.
The first stage of this study involves the development of stable baths for electrodepositing Sn-Zn-Cu alloys; these developments are based on thermodynamic models of citrate baths and experiments exploring the stability of the baths.
The model presented here is also useful for exploring the stability of such patterns in the face of environmental and developmental perturbations.
Exploring the stability of self-reports over time in observational studies may give valuable information for the planning of future interventions.
The method provides a strategy to induce transitions between cellular phenotypes exploring the stability landscape, eventually with alternative combinations of perturbed genes with the subsequent differences in trajectories.
It might be worthwhile exploring the stability of our findings before implementing substantial changes- particularly in light of the strong psychometric properties demonstrated in previous studies using classical test methods.
