The phrase "a more robust method" is correct and usable in written English.
It can be used when discussing improvements or enhancements to a technique or approach, indicating that the method is stronger or more effective than previous ones.
Example: "After analyzing the results, we decided to implement a more robust method for data collection to ensure accuracy."
Alternatives: "a stronger approach" or "a more effective technique."
However, these challenges motivated us to propose a more robust method, graph transduction via alternating minimization (GTAM).
This chapter aims at constructing a more robust method of inverse analysis in this direction.
Therefore, a more robust method is presented and discussed in this paper, reducing the ill-conditioning problems and the need to know the calibration factors beforehand.
The Accreditation Council for Graduate Medical Education Milestone Project for general surgery provided a more robust method for developing and tracking residents' competence.
By last September, it determined some units were not being properly locked into place either at the assembly plant or by dealers, and in January, it began using "a more robust method" to secure the headlamps.
However, the results predicted from the Velocity Perturbation Method have a much higher uncertainty and the Naval Architecture based approach is suggested as a more robust method of predicting active drag.
A new approach which can be applied using crystal plasticity finite element or closed form solution is also proposed as a more robust method for determining the fatigue notch factor than the existing classical methods.
The error in the calculation of product recovery increases approximately two-fold increasing the number of beds from 2 to 6. Therefore, the present study shows that implementation of a more robust method for the evaluation of final pressure during the equalization steps is imperative for the development of new models of industrial PSA processes, especially for the number of beds exceeding 2.
The aim of the present study is (a) to evaluate the applicability of active contours to improve the accuracy and the reliability of the three-dimensional (3D) spinal midline reconstruction from back surface data and (b) to design a more robust method to detect the spinal midline.
A more robust method for identification should make the decision jointly with several criteria.
A more robust method can be formulated as a combination of a line search algorithm and the bisection method.
