Regardless of vaccine effectiveness and coverage, most simulations led to lower rates of disease.
However, when we assumed that half of the time the emergent pandemic strain would have a different subtype than that chosen for the stockpiled vaccine, most simulations (willingness to pay >$12,000/LYS) found that antiviral drug treatment alone was the optimal strategy.
Here we present a family of criteria to conduct DEVS model simulations in a disciplined way and covering the most significant simulations to increase the confidence on the model.
Transformation of chlorite to ankerite is the dominant reaction occluding the shale porosity in most simulations: from 4000 to 7500 a, this carbonation seals the reservoir and terminates reaction.
We conjecture that most simulations will tend to operate near this threshold because of the competing demands for resolution and statistical accuracy.
Further, most simulations were restricted to capillary glass o.d./i.d.d
ANN predictions for most simulations were superior compared to predictions using MLR, MNLR and ARIMA.
Venous carbon dioxide tension was for most simulations chosen so as to obtain a PaCO2 of 5.33 kPa.
In particular CoxBoost improves its position by 1 or 2 ranks in most simulations, which is similar to what we observed comparing CoxBoost's CSV and CV rankings.
