Sentence examples for enabling the validation of from inspiring English sources

The analysis stage is performed via a Branch and Bound (B&B) algorithm, enabling the validation of the former step.

In the experiments, post-critical equilibrium paths of the structure were determined, defining the relationship between compressive force and deflection and enabling the validation of the numerical models.

Future work is aimed at further improving the self-adaptation capabilities of the WING/WORLD toolkit by borrowing concept from cognitive radios and cognitive networks with the purpose of enabling the validation of several interesting concepts nowadays present in the scientific literature but still in the design/analysis phase.

In this study, remote sensing data provided by MODIS is combined with in situ data, enabling the validation of the snow pack simulated by the Soil and Water Assessment Tool (SWAT), a semi-distributed, physically-based model, implemented over a partly snow-dominated watershed.

A flamelet table based on two mixture fractions (for volatile and char off-gases) and enthalpy is generated and used in a massively parallel LES of the semi-industrial IFRF coal furnace (Weber et al. 1992 [1, 2]) for which comprehensive experimental data is available enabling the validation of the flamelet model under realistic conditions.

The transparency will enable the validation of the results in the future.

The implementation of the 1/f ambient noise generator enables the validation of the pattern and the PSD representation.

This approach will enable the validation of empirical models covering areas >6200 km2, such as the Haouz nappe.

The gained knowledge on individual biomass concentrations in defined or non-defined microbial communities opens up the opportunity to calculate biomass specific conversion rates which enables the validation of models for anaerobic digestion processes and other mixed microbial conversions.

In this direction, simulations enable the validation of different operational scenarios in a controlled environment, allowing a benchmarking of its response as well as revealing possible breaches that could lead to failures.

The availability of realistic benchmark configurations is essential to enable the validation of current Computational Aeroacoustic (CAA) methodologies and to further the development of new ideas and concepts that will foster the technologies of the next generation of CAA tools.