Sentence examples for mean response characteristics from inspiring English sources

Taguchi approach for predicting the mean response characteristics and determination of confidence intervals for the predicted mean has been applied.

Response characteristics (mean, trimmed mean, standard deviation and 95% confidence intervals) for 54 survey items were compared for the responses of the 23 actual study participants and two computer-generated samples of 1000 and 2000 resampling iterations.

As a result, these two aspects in fact increase the difficult to realize the coordinated control of different types of DSRs, which also means that the response characteristics of different types of DSRs are not fully utilized.

The analysis (using all cases available for each analysis) assessed scale response characteristics (mean, standard deviation, floor/ceiling effects) for both administrations of the DMSRQ-SF.

The traditional procedure, however, calls for estimating only the mean response; the variability among the characteristics is not considered.

The estimated mean of the response characteristic can be determined using Eq. 6 (Ross 2005).

The estimated mean of the response characteristic (damping force) (Ross 1988; Roy 1990) is then determined as {overline{mu}}_{mathrm{D}mathrm{amping};mathrm{Force}}={overline{mathrm{A}}}__2}+{overline{mathrm{B}}}__3}+{overline{mathrm{C}}}__3}+{overline{mathrm{D}}}__1}-3times overline{maT}rm{T}} (8).

Substituting these parameter values in Equation 8, one gets the estimated mean of the response characteristic, i.e., damping force (N) as begin{array}{l}{overline{mu}}_{mathrm{Damping};mathrm{Force}}=217.42+245.96+224.69 + 267.61-3times 211.55 kern8em =321.03;mathrm{N}end{array}. (9).

Results from our analysis show the impact of workload and system characteristics on two performance measures: mean response delay and job rejection probability.

The electrochemical response characteristics of the electrode toward Aza are investigated by means of cyclic voltammetry.

Mean response time (MRT) is a metric describing the propagation of catchment hydraulic behavior that reflects both hydro-climatic conditions and catchment characteristics.