Univariate (ie. tornado graphs- for detecting the most sensitive parameters) and multivariate sensitivity analyses (ie. confidential intervals and nonparametric-bootstrapping) will be performed.
Furthermore the weights are still amongst the most sensitive parameters with a relative sensitivity of about 0.5-10.5-1%
Fourier Amplitude Sensitivity Test (FAST) revealed the most sensitive parameters to model outputs.
The results show that for both the two-loop and three-loop models the DOS points generally lie above the iso-sensitivity line (especially for the most sensitive parameters).
With the sensitivity analysis we identified the most sensitive parameters and sampling time intervals; this may provide some directions for future experimental design for model refinement.
For example, specific direction and guidance for sampling procedures can be issued after a time-dependent sensitivity analysis, through which the most sensitive parameters and time intervals are identified.
The most sensitive parameters in the model have a relative sensitivity of about 0.5 - 2% [see Tab. 2, Additional file 1].
First, a sensitivity analysis is carried out to select the most sensitive parameters of the SEA model.
Furthermore, our sensitivity analysis shows that α23 and β13 are the most sensitive parameters in the model (see Additional file 1) which indicates that the timescales of the antioxidants are crucial in the regulation of stomatal movements.
For the most sensitive parameters, LOS during first- and second-line treatment, additional one-way sensitivity analyses were carried out.
The most sensitive parameters of the model are identified.
