Sentence examples for broad range of errors from inspiring English sources

Please note that the broad range of errors induced by the Nicholson-Shain equation based approach is not surprising, due to the non-constant dimensionless peak current χp in the test voltammograms, although this method assumes a constant value (Figure 3).

The errors selected occurred frequently in the main study, and covered a broad range of error categories and severities.

We allow the term "misspecification" to cover a broad range of modeling errors including measurement errors, discretizing continuous explanatory variables, and completely excluding covariates from the model.

To study the visual and refractive outcomes after laser-assisted subepithelial keratectomy (LASEK) performed with a 213 nm solid-state laser for a broad range of refractive errors.

The Center's probe uncovered a broad range of costly billing errors and abuses that have plagued Medicare for years--from confusion over how to pick proper payment codes to outright overcharges.

Element based high order methods with Riemann solver based interface numerical flux functions offer an interesting dispersion dissipation behavior for multi-scale problems: dispersion errors are very low for a broad range of scales, while dissipation errors are very low for well resolved scales and are very high for scales close to the Nyquist cutoff.

Compared to the broad range of information on a manual error, brief errors in eye motion (i.e., a prosaccade usually immediately followed by a corrective antisaccade) seem to be much less detectable.

Though the UCI-Messenger-app degree distribution also resembles a scale-free degree distribution, at lower budgets the shape of the (text {OAS}_{text {mg}}) curve exhibits stability over a broad range of increasing link-prediction error rates, followed by a sudden steep decline.

Part of the challenge in developing a wireless-compatible TTY was that a wireless phone's vocoder (the part in the handset that digitizes and processes the human voice) could not decode a TTY's broad range of tones without a high margin of error.

The effects of anodization variables were described based on this model and a simple, empirical kinetic expression was obtained and successfully tested against data from other authors with fairly small errors over a broad range of conditions.

The estimation of its associated error for a broad range of temperatures is systematically accomplished.