Sentence examples for robustness needs from inspiring English sources

For sprays, as described by a kinetic disperse phase model strongly coupled to the Navier Stokes equations, the resolution strategy is constrained by accuracy objectives, robustness needs, and the computing architecture.

Reversible image watermarking algorithms still exist such as reversible image watermarking performance (especially the robustness) needs to be further improved, and poor ability of anti-attack in legal geometric problems should be solved and potential application fields of reversible image watermarking also need to be further widened.

Here are some examples: Robustness needs to be understood for improving drug-design [ 284].

Thus, minimum robustness needs to be considerably higher for organisms intended for release into the general environment than for organisms that are to be used in tightly controlled industrial settings.

I think that the dynamics that lead to an apparent violation (and we insist "apparent", because of course this principle cannot be violated) of the mutational robustness paradigm are potentially very interesting, because it points to the mutualistic dependence on another genotype whose robustness needs to be taken into account.

Although the existing appearance-based methods have made significant progress in gaze estimation, their accuracy and robustness need to be further improved.

Methods for assessing structural robustness need to move away from the traditional norms of prescriptive rules and become more similar to those used in conventional structural design.

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.