More importantly, in order to verify the model we focused on the physiological behaviour of the variables and their trends during the intervention experiments.
Between groups, differences in the behaviour of the variables of interest over time have been analyzed by MANOVA for repeated measures.
Figure 3 illustrates the behaviour of the variables 'number of uniform datasets', 'time' and 'cost' necessary for standardisation, analysed over time.
The simulation results show that the transient behaviours of the variable capacity refrigeration system in the abnormal working conditions can be calculated reliably with the dynamic model when the compressor rotary speed or the opening of electronic expansion valve changes abruptly.
Thermodynamics (TD) describes the system using a few macroscopic variables (in the case of the gas pressure, volume and temperature) and characterises both equilibrium and the approach to equilibrium in terms of the behaviour of these variables, while completely disregarding the microscopic constitution of the gas.
The differences can be partly attributed to the behaviour of the Glasgow variable (different cut-off points or partitions) and to the influence of the COI variable in the different divisions of the tree branches.
The expected behaviour of the response variable should be considered when choosing a model for multiclass classification.
Spatial prediction methods capture the average behaviour of the main variable, allowing the identification of its general spatial behaviour, without detailing more specific areas or regions.
The model fit generates the response surface that defines the behaviour of the response variable, which can be conveniently visualized on the surface plot and contour plot.
It has been argued that a biologically important limiting factor in ecological studies may not affect the average behaviour of the measured variable, but may strongly affect the behaviour at the extreme quantiles [ 17].
