Sentence examples for methods to tune from inspiring English sources

Sequential loop closing (SLC) method is one of the well-known methods to tune multiloop control systems for multivariable processes.

By choosing appropriate methods to tune the binding between the two component structures, the resulting catalytic performance can be further optimized.

Based on a geometrical interpretation of the two proposed mixed-norm problems, systematic methods to tune the user-defined parameters therein are given to achieve desired performance trade-offs.

These will be discussed in Section 6. Related to this, in Section 7, we will discuss methods to tune the penalty parameter of RR.

In this section, we present methods to tune constitutive translation rates (modifying ribosome binding sites (RBSs), codons, and mRNA degradation rates) and translation rates that are inducible by noncoding RNA or other small molecule effectors (riboregulators, aptamers, and RNA interference (RNAi)).

While the reversibility of the postsynthetic tuning of the LSPRs by oxidation/reduction was demonstrated subsequently for Cu2– x Se as well as for Cu2– x Te, here we expand the methods to tune the LSPRs by a further tool, namely ligand exchange.

We proposed a method to tune the wettability of a solid surface by changing its roughness.

In this paper, we introduce a new method to tune this parameter adaptively according to changes in channel load.

Experiments with different workloads show the importance of tuning the parameters, thus the authors proposes an online method to tune the regression parameters.

A systematic method to tune the resonance frequency of local resonators is developed in order to overcome the coincidence phenomenon.

In this paper, a method to tune the rule base of an initial FLC design attempt is presented.