Sentence examples for methodology is error from inspiring English sources

When the methodology is error prone, there might be an increased risk of harm to individuals, businesses or communities if falsely detected as affected by infectious disease (e.g. tourist region, local minorities…).

However, this methodology is prone to errors [ 26].

Although the proposed bootstrap standard error methodology is imperfect, it appears to be as good as or better than the standard asymptotic methods used to compute standard errors for unadjusted effect estimates.

Detailed results are presented in Table 4. Though there is room for improvement in our algorithms to accommodate higher error rates, we have shown that our methodology is reasonably robust to such error rates.

However, this methodology is prone to measurement errors [ 205], and a low correlation coefficient (0.11 0.18) has been shown to exist between fish intake frequency and direct measurements of FA in patient samples [ 205, 206], even after adjusting for confounding factors, such as age [ 207, 208].

In particular, a cointegration relation is determined among the considered variables and the vector error correction methodology is used for the identification.

Although this paper focuses only on the affine linear elliptic and parabolic coercive cases - in order to allow to catch all the main ingredients - the reduced basis approximation and associated a posteriori error estimation methodology is much more general; nevertheless, many problems can successfully be faced in the even simplest affine case.

Multiple antenna motion errors are fused to be the integrated translating error and relevant methodology is described.

The TS methodology is robust and it reduces errors normally encountered in one-off experiments.

A key component of the proposed methodology is to upper-bound the errors resulting from the reduction to ensure its reliability for subsequent engineering applications.

Based on these direct comparative results, we conclude that the qPhage methodology is superior and less human error-prone, particularly in high-density colony plating settings and under experimental conditions in which suitable dilutions for TU-counting and relative quantification are difficult to predict.