The phrase "a robust weighting" is correct and usable in written English.
It can be used in contexts where you are discussing the importance or significance of certain factors or criteria in a decision-making process or analysis.
Example: "In our study, we applied a robust weighting to the various factors to ensure a comprehensive evaluation of the results."
Alternatives: "a strong emphasis" or "a significant weighting".
A robust weighting scheme was instead applied to the candidate models in space, as agreed by a vote of the IGRF-12 task force.
Hence, the aim of this study was optimize a hard turning process using a robust weighting based on diversity to choose the final Pareto optimal solution of the multiobjective problem.
The variety of techniques applied amongst the candidate models often complicated the work of the evaluators but, after some debate, all submitted models were included in the derivation of the final IGRF-12 via a robust weighting scheme applied in space.
Based on star-coordinate matching, a robust weight-tuning rule is designed according to the maximum-likelihood estimation theory, including a method to determine the star-coordinate confidence scope by statistically analysing the astronomical-observation perturbation rate.
Although we did not identify any baseline characteristics that might have predicted the degree of response to liraglutide treatment, a robust weight loss in a subset of individuals was apparent after 4 weeks of treatment and continued to the end of the study.
For epoch 2010.0, it shows how the robust weighting scheme down-weights parts of the models C, D, and G.
The robust weighting scheme in space is based on a well-defined distribution of misfit and associated statistical measures in order to obtain the final weights.
Right plot shows Huber robust weighting factor i w α (1.0 full weight, 0.0 zero weight) also as a function of the index of the spherical harmonic coefficient.
Right plot shows the Huber robust weighting factor i w α, where 1.0 indicates full weight 0.0 indicates zero weight, also as a function of the spherical harmonic coefficient.
Right plot shows Huber robust weighting factors i w α for the candidate models for IGRF-2010 (1.0 full weight, 0.0 zero weight) also as a function of the index of the spherical harmonic coefficient.
These robust weighting functions are directly linked with the adaptive filter effectiveness which provides multiple fault magnitude estimations for the whole operating range of the system.
