This novel modeling approach is sufficiently fast and accurate to be used in design sensitivity and optimization studies of knee implant mechanics and ultimately wear.
The masked expression data that yielded the best performance, as evaluated by optimization of both sensitivity and accuracy, was selected for differential gene expression analysis.
This can be achieved in the domain of preclinical tumor models in which multiplex measurements can be obtained; however, the steps parameter selection/optimization, Sobol sensitivity, and optimization-based control analysis are reasonably straightforward and can be applied to large-scale models.
achieved both highest sensitivity and best optimization for sensitivity and specificity in both EMBASE and MEDLINE.
An accurate computation of eigenvalues (natural frequencies) and eigenvectors (mode shapes) is essential for control, design sensitivities, and optimization studies.
Combinations of terms with the best results for sensitivity, specificity, and optimization of sensitivity and specificity are shown in Table 3.
1D and 2D numerical sensitivity analysis and optimization examples are studied to illustrate the validity of the derived sensitivity.
A method is developed for sensitivity analysis and optimization of nodal point locations in connection with vibration reduction.
This makes it impractical to run thousands of simulations for sensitivity analysis and optimization.
