The goal here is not only to calculate chemical species profiles, temperature profiles, and mass flow rates, but also to obtain sensitivity information.
Here, we find the optimal solutions for various cases to illustrate the solution procedures and obtain sensitivity analysis on order cancelation rate (( delta )), ordering cost (A) and holding cost (H), trade credit periods ( t_{1} ) and ( t_{2} ).
Here, we find the optimal solutions for various cases to illustrate the solution procedures and obtain sensitivity analysis on order cancellation rate, ordering cost (A), and holding cost (H), trade credit periods t1 and t2.
EEGs are automatically analysed after artefact removal using waveform analyses, as well as analysis of relative delta power, and compared with the classification of the delirium experts (gold standard), to obtain sensitivity, specificity and the predictive values.
For such cases two procedures intended to enhance the capabilities of design optimization, namely, one approach to global optimization and a recent procedure to obtain sensitivity analysis in multiobjective optimization, are presented in the paper.
Often used to obtain sensitivity and specificity estimates for diagnostic tests in the absence of a gold reference standard, this model relies on assuming that diagnostic test errors are independent.
The obtained sensitivity and specificity were 56.41% and 75.86%, respectively, using 39 seizure records.
The second one is to decrease the obtained sensitivity of model parameters against environmental temperature variations.
The obtained sensitivity was 1.52 mV/mT and the field noise was found to be 5.7 nT/√Hz@1Hz.
The obtained sensitivity is ∼7°/h and the angle random walk is about 0.087°/√h.
Adjoint methods suitable for obtaining sensitivity derivatives for numerical simulations of solid-oxide fuel cells are presented.
