The phrase "automated calibration" is correct and usable in written English.
It can be used in contexts related to technology, engineering, or any field where calibration processes are performed automatically.
Example: "The new device features automated calibration, ensuring accurate measurements without manual intervention."
Alternatives: "automatic calibration" or "self-calibrating system".
This paper describes the developed prototype along with its measuring principle and the recent advances which include more robust but low cost hardware, an automated calibration procedure based on photos of stars that exhibit no parallax and an automated procedure to find the cameras orientation relative to geographic north.
In this fashion a fully automated calibration procedure is developed for an MFI algorithm.
An automated calibration method developed to accurately characterise the electrodes is described.
In this work a new approach for a fully automated calibration of nonlinear PID controllers and feedforward maps is introduced.
Computer aided and partly automated calibration procedures can be a solution for this problem but are mostly designed for one particular application.
Automated calibration of atomic and molecular line lists based on high quality spectral standards; analysis of low resolution stellar spectra to measure detailed elemental abundance patterns; new grids of stellar atmospheres and spectra for a wide range of chemical compositions.
Additional instrumentation has now been implemented to automate calibration.
A novel aspect of our approach was in using simplified model parameterisation and including parameters from all model domains (surface, subsurface, evapotranspiration) in automated model calibration.
However, some comparison can be made with the extremely well controlled intra-unit precision tests undertaken using a highly specialized automated VO2 calibration system (Gore et al. 1997).
Automated potentiometric calibrations of different potentiometric sensors, with and without interference, were carried out.
The company successfully implemented pressure sensing and automated self-calibration, in addition to customization of several probe designs for the diagnosis of clinical head and neck tumors in collaboration with Dr. Walter Lee at Duke University Medical Center.
