Sentence examples for render robust from inspiring English sources

The purpose was to see if a simple and practical technique could render robust and useful quantitatively measurable results.

A generalized architecture for filtering of the one-sided Lipschitz nonlinear systems with output delays is explored, which exhibits diverging manifolds, namely, the conventional static-gain filter and the dynamical filter, and can be employed to render robust stability of the filtering error dynamics.

Furthermore, by optimizing a constrained objective function, the learnt dictionary is rendered robust and discriminative, thereby resulting in an accurate tracking framework that can efficiently separate the target from the background.

Genetic ablation of Casr genes or blocking CaSR activities by calcilytics rendered robust neuroprotection and preserved learning and memory functions in ischemic mice, partly by restoring GABABR1 expression.

The high PLQYs combined with the compositional flexibility of these materials render perovskites robust technological candidates.

However, random network coding for wireless networks requires a large alphabet size to render networks robust to link failures.

Such shifts are quite simple to detect, which suggests a simple scheme that could be introduced to render performance robust against such changes.

The availability of a larger number of eyes would render more robust results with regard to interindividual variation.

Our simulations of both wild-type and mutant networks indeed suggest that the GRNs modelled here incorporate the necessary components to render the robust gene activation profiles characteristic of epidermal hair and non-hair cells in both roots and leaves, and thus uncover the core of a regulatory module that regulates epidermal cell patterning in Arabidopsis.

In the cathode, ANC helps to suppress unwanted interfacial side reactions, and graphene renders a robust ion diffusion framework.

All the thermophysical properties and numerical Jacobian matrices are derived directly from fundamental thermodynamic theories, rendering a robust algorithm valid for fluid flows at all speeds and at all thermodynamic states.