Blue regions in the mean subjective response and estimated response maps demonstrate the high perceptual differences.
The objective function is Mmathrm{in}kern0.5em Jleft({V}_{LS}right)={displaystyle {sum}_{mathrm{k}={n}_{mathrm{s}}+1}^Nleft widehat{y} k -yBig kright)} k -yBig kright N is the total data points, ŷ(k)andy(k)are the actual response and estimated response, respectively.
The comprehensive physics-based Integrated Hydrology Model (InHM) and the infinite slope stability model were employed on a virtual slope to simulate the hydrologic response and estimate the slope stability.
For this purpose, we use two common methods for correlation: Pearson linear correlation coefficient (r) for prediction accuracy, and Spearman rank order correlation coefficient for monotonicity between the mean subjective response and estimated response [31].
To gain a deep understanding of the oceanic response and estimate the magnitude of its impact, three profiling floats were deployed in the western North Pacific during the 2011 and 2012 typhoon seasons.
To accomplish this, a simple analytical model was adapted and implemented within a 3D finite-element code to simulate the influence of friction on the measured constitutive response and estimate the associated lattice rotations in the specimen corners.
RSM, which includes factorial design and regression analysis, can be used to build models to determine relationship, select the optimal conditions of the variables for a desirable response, and estimate the interactions between a set of controlled experimental factors (Muntari et al. 2012).
Our studies offer a measure of the magnitude of this error that in turn contributes to the variability of the biological effects expressed in concentration response relationships and estimates of functional potency.
Free vibration test combining with theoretical analysis and numerical simulation was carried out to reveal the vibration responses and estimate the modulus of the wound laminate.
Structural sensors are used to measure the tube dynamic responses and estimate parameters such as hydrodynamic mass and damping ratios, which are strongly dependent on flow conditions.
