Therefore, empirical Nusselt numbers correlations required in the effective diffusivity method are eliminated.
The ghosts experienced in the SRP-PHAT method are eliminated in theory by the intersection-based combination approach.
Further, the method removes a certain limited amount of material, therefore the complex pre-polishing as required in the soakage electropolishing method is eliminated.
However, since most of the background components in the proposed method were eliminated with spatial similarity, most of the background components misclassified as foreground components were correctly classified as background components.
With a proper choice of a smoothing window width, the problem of FP/FN detection presented in the first method is eliminated.
By using the dynamic surface control technique, the problem of "explosion of complexity" inherent in existing methods are eliminated effectively.
It explicitly formulates the physical observation process so that a model mismatch of the conventional methods is eliminated.
End effects in 2D slope stability analysis methods are eliminated by assuming plane strain since the slip surface is assumed to be infinitely wide.
By this approach, the structure of the designed controller is much simpler since the causes for the problem of complexity growing in existing methods are eliminated.
