Sentence examples for processes for parametric from inspiring English sources

By simultaneously considering evolution processes for parametric spline curves and implicitly defined curves, we formulate the framework of dual evolution.

In this paper, we (i) establish a formal relation between generated performance models and generated code, (ii) introduce a design and application process for parametric performance completions, and (iii) develop a parametric performance completion for Message-oriented Middleware according to our method.

In this case the vectorial nature of the focused fields can be neglected for parametric processes in isotropic media [ 16, 25, 17].

In BGLR we implemented in a unified Bayesian framework several methods commonly used in genome-enabled prediction, including various parametric models and Gaussian processes that can be used for parametric (e.g., pedigree regressions or G-BLUP) or semiparametric regressions (e.g., genomic regressions).

Conversely, results are presented that demonstrate that crosstalk can be maximised, as is desirable when using parametric processes for signal reshaping, optical limiting or dispersion monitoring applications.

The obtained results validate the MOED procedure as a practical and useful technique for parametric controller tuning in multivariable processes.

This research presents a response surface methodology as the approach for parametric design and process parameter optimization of bra cup molding.

This work proposes a new method of robust PID controller design based on polynomial chaos for processes with stochastic parametric uncertainties.

Present work focuses on optimization by using the multi-response for roller burnishing process for an optimum parametric combination to yield favorable surface roughness and surface hardness using the Grey relational analysis and Taguchi method on aluminum alloy 6061 work material.

A new methodology is proposed for the steady-state optimal design of chemical processes under parametric uncertainty and disturbances.

A Small Gain Theorem for Parametric Assume-Guarantee Contracts.