"measurement component" is a correct and usable phrase in written English.
It refers to a part or element of a sentence that is used to measure or describe something. Example: In the sentence, "The temperature is 25 degrees Celsius," the phrase "25 degrees Celsius" is the measurement component, as it provides the specific measurement of the temperature.
The sensor includes a fine incremental-displacement measurement component combined with a coarse absolute-position measurement component to obtain high-resolution absolute positioning measurements.
A gating procedure[20] is used to select the validated measurements for each measurement component g corresponding to each track component ({c_{k_{tau } - 1}}).
To account for variation over time (repeated measurement component) as well as between groups (independent sample component: intervention group vs. control group) linear mixed models were employed.
To achieve absolute positioning measurement, the coarse measurement component is designed as a single-row type displacement sensor employing a single spatial period over the entire measurement range.
In this paper, to improve accuracy of CoMPACT monitor, we apply Gamma-probing as the active measurement component of CoMPACT monitor.
An uncertainty analysis of fouling thermal resistance was conducted to identify measurement component contributions to the uncertainty of final results and guide component selection.
Thus, standardised methods for principal measurement components are required to ensure the measured datasets are valid.
The fine and coarse measurement components are tightly integrated to form a compact absolute positioning sensor.
These practice wireless sensor network circuits include temperature, humidity, ultraviolet, and illumination four variable measurement components.
In GMM-ITS algorithm, the non-linear (non-Gaussian) measurement likelihood is approximated by a Gaussian mixture of measurement components, which corresponds to the ambiguous measurement components due to the aliasing target range in the application of an HPRF radar.
Due to the ambiguous range, GMM-ITS regenerates a set of Gaussian measurement components to update the track.
