Finally, a PCA-based scheme was used to visually characterize the spatial distributions of the three classes of compounds with similar molecular weight distributions.
A least squares cell-based scheme was used for the gradient spatial discretization while second-order upwind schemes were used for pressure, momentum and turbulence equations.
Finally, a PCA-based scheme was used to characterize the spatial distributions of molecular properties for the three classes of compounds.
To control the complexity of the cancellation procedure, a novel principal component analysis based scheme was then proposed, which can be used to control the number of parameters in the signal model.
Using naïve Bayes classifiers, support vector machines and C4.5 decision trees as base classifiers, an UMDA-based FSS scheme was used to obtain higher performance models.
The readout circuit of fully differential structure based on switched-capacitor scheme was used to monitor the change of the sensing capacitor.
In order to digitally realize the fractional-order closed-loop transfer function of the designed plant, Tustin operator-based continuous fraction expansion (CFE) scheme was used in this work.
P UL, the sleep mode power consumption when the UL signalling based scheme is in use, is then computed as: P_{text{UL}} = P_{text{baseline}} + frac{P_{text{RF}}}{2}.
P DL, the power consumed by a small cell in sleep mode when the DL signalling based scheme is in use, can therefore be expressed as: P_{text{DL}} = P_{text{baseline}} + left(P_{text{PA}} + frac{P_{text{RF}}}{2} right) frac{tau_{text{transmission}}}{tau_{text{total}}}, (26).
A genetic algorithm based optimization scheme is used to find a cost-effective design solution.
A higher-order QUICK based interpolation scheme is used to discretize the convective terms of the equations.
