Sentence examples for evaluation of error from inspiring English sources

This paper presents a comprehensive performance evaluation of error concealment and error correction algorithms for quality-aware image transmission over UMSNs.

The matching degree is characterized by the evaluation of error between standard signal and filter output signal.

Evaluation of error and choice of acceptance limits was based on the results from 2 3 assays of eight replicate measurements of the QCs per run, which tended to weight the validation towards within-day/intra-assay precision.

When the manual given time was 00 00 00 or 12 00 00, these are considered systematic and are compensated for in the evaluation of error so that a single early or initial deviation does not propagate to the subsequent time variables.

this is done to show that the two methods of numerical integration are efficient and to allow an evaluation of errors.

Nor are data available for the evaluation of errors, and the risk of errors in POCT based on all steps in the entire testing process, including test requesting and result utilization.

There is therefore an urgent need for an evaluation of errors and risks of error in POCT that is based on the entire testing process and uses well-designed studies aiming to improve clinical outcomes and increase patient safety.

Although the macroscopic strain at failure was very small (< 0.2%), the DIC technique has proven to be reliable, provided one selects carefully image acquisition conditions and DIC parameters, as highlighted in our discussion on the uncertainties and the evaluation of errors.

See R. Traynor, The Riddle of Harmless Error 80 (1970) ("[T]he evaluation of an error as harmless or prejudicial is one of the most significant tasks of an appellate court, as well as one of the most complex.

We used the most common metrics for evaluation of interpolation error such as mean-squared error (MSE) and peak signal to noise ratio (PSNR).

The experiments allow the evaluation of the error sources such as: stability, axial motion errors (residual errors), material dependence, tilt angle and roughness of the tested object.