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O'Shaughnessy's method can lead in some unpredictable directions.
We can see that the first method can lead to an over-cropping.
Herein, we demonstrate that a controlled reduction method can lead to different sizes of gold nanoclusters.
However, this method can lead to twisted carrier-transfer channels that thereafter lower the efficiencies.
Moreover, the method can lead to converged results with comparatively small number of degrees of freedom.
It is shown that the CFCC compensation method can lead to creation of least harmonic distortion.
This method can lead us to produce the nano-scale electronic and optical devices and systems.
The neglection of various experimental factors inherent in the method can lead to errors.
It has been shown that the widely used average IFSS method can lead to biased results.
They indicate that the proposed method can lead to more accurate results.
We show that the LOESS method can lead to the same or even better results than the widely used WT.
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