Sentence examples for rate of deviation from inspiring English sources

The results above show that the process of extracting and tracking (across space and time) salient features from a cochlear model output and their subsequent time rate of deviation in comparison to a feature set derived from a clean (undistorted) signal is correlated with the perceptibility of temporally localized distortions.

Furthermore, the fact that there were stable personnel in our cohort (for example, physicians and a metrologist with standardisation of application of the T2T protocol), may also explain the lower rate of deviation in this study.

Patients with HDA at baseline had a higher rate of deviation due to continuing instead of escalating therapy (P <0.0001) and discontinuing instead of continuing/escalating (P =0.014) compared to those with LDA/MDA at baseline.

The higher rate of deviation in patients with HDA at baseline was contrary to our expectation that there would be a high incidence of (rapid) intensification instead of continuation when compared to patients with LDA/MDA.

For destructiveness we calculated the mean missed cough rate per hour (coughs/hr) and the proportion of coughs missed overall and per patient group, the average difference and the average rate of deviation (i.e. the absolute magnitude of the difference) from manual counts (coughs/hr) per patient group and overall.

The aim of this study was to apply a rigorous traditional Chinese medicine (TCM) body constitution questionnaire (BCQ) to survey the prevalence rate of deviations in body constitution and to explore the health-related lifestyle behavior factors of deviations in body constitution.

The above factors may have been the cause of the high rate of deviations from the protocol in this study.

Furthermore, the rate of deviations in those who achieved remission was 13.1% in this cohort compared to 19.0% in the DREAM cohort, while in those who did not achieve remission the corresponding rates were 30.9%and42.1%1% [ 9].

In each case, two rates of deviation are considered: 10% and 30%.

We estimate the rate of formant deviation (in the cochlea) (or "jitter") using the following two equations: (3).

Equation 5 reveals that the change rate of standard deviation (d(Δr)/dt) depends strongly on the particle radius (r*) in equilibrium (supersaturation) in the diffusion-controlled mode.