The phrase "a comprehensive error" is correct and usable in written English.
It can be used to describe an error that is thorough or all-encompassing in nature, often implying that it affects multiple aspects or areas.
Example: "The report contained a comprehensive error that misrepresented the data across all sections."
Alternatives: "a significant mistake" or "a major oversight."
This paper presents a comprehensive error analysis of the proposed five-dimensional CCS.
This paper presents a comprehensive error analysis of photometric stereo with colour lights for surface normal estimation.
To this end, all potential DCR error sources have been identified and introduced into a comprehensive error model.
Whilst other approaches exist, this method is unique for its incorporation of a comprehensive error theory, which includes contributions to uncertainty arising from training and subsequent use.
A comprehensive error characterization of satellite-based precipitation products is vital for advancement of precipitation algorithms, evaluation of numerical model outputs, and their integration in various hydro-meteorological applications.
In this paper, a comprehensive error analysis method is proposed to discover how the geometric error propagation through every motion axis, and to find out which error parameters have greater impact on the tool posture error at the end of the kinematic chain.
Applying these methods we constructed a comprehensive measurement error model that included both systematic error and random error components, and derived calibration equations that can be applied to place all of the PM2.5 mass concentration measurements on the same scale.
The Office of Inspector General's report details scrutiny of a program known as Comprehensive Error Rate Testing, or CERT, that audits a sample of Medicare claims submitted by sellers of durable medical equipment.
This paper proposes a comprehensive geometric error measurement and identification method for a tilt table equipped in a five-axis machine tool with two turntables using the double ballbar.
Close collaboration with data managers from the centres meant that the developed software could be responsive to centres' needs for instance, the incorporation of reasonably comprehensive error checking and allowing for a variety of data input formats.
While maintaining previous functionality, improvements in the control system software include: an RWM feedback algorithm, beta feedback NBI control, more comprehensive error logging and trapping, more user-friendly interface, more complete archiving and restoring functionality, and better status reporting and diagnostic tools.
