Sentence examples for needed robustness from inspiring English sources

For example, the authors stated that "hybrid test statistics provide much needed robustness in terms of power for association tests", whereas we observed that only minimum p-value approach really preserves power when one of the underlying tests underperforms.

For example, the robust strains which evolved under low MOI perhaps needed to maintain stability of the P3 protein as part of their inherent robustness, whereas this gene could have changed in the brittle strains because the high MOI environment itself (i.e., genetic complementation) provided the needed robustness.

Because of the adaptive nature of the proposed controllers, the knowledge of the set motor load parameters is not needed and robustness under variations of such parameters is guaranteed.

"You need IT robustness and you need intellectual property protections beyond what is available in the dot com space.

Females do not need such robustness (and health) to participate in reproduction and this is why they age slower and live longer.

A greater understanding of the evolution of robustness is needed to clarify whether genetic robustness evolved as a direct consequence of natural selection (adaptive robustness), as a byproduct of stabilizing selection acting on fitness-related traits (intrinsic robustness), or as a correlated response to environmental robustness (congruent robustness) [ 2].

I think I needed some emotional robustness on screen, whatever I chose.

To insure the necesary robustness needed when supporting the highly used PubChem database the sketcher uses two independent multi-processor server hosts and redundant database servers for storing its state.

The paper characterizes and demonstrates, computationally and experimentally, that it is the bidirectional feature that provides the system with the robustness needed to protect against these kind of failures or operation modes.

We show that these torsional springs can be designed to prohibit the interpenetration of neighboring tetrahedra, and therefore to provide the method of spring analogy with the robustness needed for enlarging its range of applications.

The algorithm proposed here includes two new methods of clustering DHFCM and DHKM; they use simple and easy techniques, as DWT and reducing the color palette that provides the robustness needed in the segmentation and classification of the dorsal fin to the photo-id.