The phrase "adjustment of the input" is correct and usable in written English.
It can be used in contexts where you are discussing modifications or changes made to data or signals before processing.
Example: "The adjustment of the input is crucial for ensuring accurate results in the experiment."
Alternatives: "modification of the input" or "alteration of the input".
To relieve such arbitrariness, a two-stage pre- diction method was developed, based on the adjustment of the input parameters according to the real observed evolution.
It is shown that some models can fail to predict accurately the acoustic properties of these materials and can require considerable adjustment of the input parameters.
Walski (1983b) precisely defined calibration as "a two step process consisting of: (1) comparison of pressures and flows predicted with observed pressures and flows for known operating conditions (i.e., pump operation, tank levels, pressure reducing valve (PRV) settings); and (2) adjustment of the input data for the model to improve agreement between observed and predicted values".
To predict hearing results after stapedotomy surgery using different stapes prostheses, the FE model requires an adjustment of the input displacement amplitudes (A_in post-stapedotomy).
The ethanol yields (gal/ODMT corn stover feedstock), MSSP and MESP are all calculated using TEA models with adjustments of the input variables (enzyme loadings, refining energies and yields) for each run.
A new adjustment of the appropriate input parameters is done for the next measure (if possible), in the same way as it was described before.
This involves measuring the system output in real-time, comparing it against a desired tracking objective, and feeding the difference to a dynamic control system, which in turn uses it to compute the necessary adjustments of the system input.
In on-line tracking control within a batch, the MPLS-based dEWMA control strategy is developed to explore the possible adjustments of the future input trajectories.
The proposed variant of the model provided results in good agreement with measurements, without any additional adjustments of the empirical input, and outperformed the currently mostly used models in wind engineering.
The conducted study indicates that even in the presence of significant amount of ghost talk a high performance free-space optical interconnect can be realized in this system by employing a receiver architecture that allows for DC level adjustment of the signal at the input of the transimpedance amplifier stage.
However, if a dataset is being reprocessed strictly for the purpose of applying a subpixel adjustment, then the input file may be (but does not have to be) a Level 2 event file instead of a Level 1.
