The model settings were the same as those described in the "Asian summer monsoon" section.
Different model settings were attempted as part of a model sensitivity analysis.
The lung model settings were as follows: normal (compliance [C], 50 mL/cmH2O; resistance [R], 5 cmH2O/L/s; tidal volume [Vt], 500 mL; and respiratory rate [RR], 16 breaths/min), obstructive (C, 70 mL/cmH2O; R, 20 cmH2O/L/s; Vt, 700 mL; and RR, 10/min), and restrictive (C, 30 mL/cmH2O; R, 5 cmH2O/L/s Vtt, 300 mL; and RR, 30/min).
Model settings were mtRev+G+I (unpartitioned due to time limitations).
A recent study demonstrated the usefulness of the CAT-BP model by placing the long-branching Tunicata together with Acrania and Vertebrata as Chordata, while other model settings were not successful in this respect [ 46].
Lung model settings were: spontaneous tidal volume (VT) = 500 ml, respiratory rate (f) = 20/min, compliance of the respiratory system (CRS) = 50 ml/cm H2O and resistance (R) = 5 cm H2O×s/l.
When we used four technical replicates, about 20% of genes expressed at relatively low levels (RPKM 3-30) did not reach their final RPKM, suggesting that these model settings were insufficient for calculating the real RPKM of genes expressed at low levels.
The IC algorithm adapted to mixed models settings was applied to study 14 correlated bovine milk fatty acids, resulting in an undirected network.
Based on the obtained model, PID settings are designed using the two tuning methods, and the closed loop responses such as servo and regulatory are compared experimentally.
