The phrase "a structured error" is correct and usable in written English.
It can be used in contexts where you are discussing a specific type of error that has a defined format or organization, often in technical or analytical discussions.
Example: "The software produced a structured error that made it easier for the developers to identify the source of the problem."
Alternatives: "an organized error" or "a systematic error."
Based on the characteristic, adaptive and structured error correction models of nonlinear autoregressive with exogenous inputs network are established to acquire deterministic optimized outcomes.
Wang and Fang [39] proposed a structured procedure to analyze the error behavior of the traffic dispatcher in emergency situations, where an error behavior classification is proposed and validated.
Wang and Fang [39] proposed a structured procedure to analyze the error behaviors of traffic dispatchers in emergency circumstances based on the human information processing theory and the modified task analysis framework.
In clinical practice, to obtain information known only to the patients, clinicians often assess patient status by informally asking questions such as, "How many pillows do you sleep on?" or, "Do you cough at night?" In clinical trials, clinical assessments are formalized using specific questions because a structured interview technique minimizes measurement error and ensures consistency.
While it is apparent that local extinctions may further inhibit the accumulation of copying errors in a structured population, understanding the magnitude of this effect requires systematic investigation.
Even though two persons collected data together and they used a structured electronic entry form, extraction errors are still possible.
The Fourier and truncation error analyses on a structured mesh are employed and a generalized modified wavenumber is defined, which provides a general framework for the multidimensional analysis and comparison of different schemes.
We hypothesize that residents' errors can be assessed with a structured checklist and the results will correlate significantly with procedural outcomes.
Here, we use the method to investigate the measurement errors of a time-of-flight and a structured light camera: the Microsoft Kinect V2 and the Intel RealSense R200.
A structured interview was conducted with each participant, using a standardized questionnaire to reduce error.
