Sentence examples for most classical methods from inspiring English sources
The most classical methods in geophysics are the approaches based on derivative calculations.
Most classical methods for stability analysis require buckling modes, which are difficult to be accurately predicted, especially for the structures with complex boundary boundaries and load conditions.
Since, in this case, most classical methods give rise to the Gibbs phenomenon (generation of oscillations near discontinuities), we present new methods for particle tracking based on subdivision schemes and especially on the Piecewise Parabolic Harmonic (PPH) scheme which has shown its advantage in image processing in presence of strong contrasts.
Haplotype sharing analysis is, therefore, suitable to reveal the signature of the relatively recent demographic events that followed the agricultural revolution, where most classical methods provide limited insight.
The most classical method for the surgical management of chronic ACJ instability is the technique that involves transposition of the CA ligament (Fig. 1) [16, 16].
The most classical method consists in quantising every dimension of the parameter space according to the desired precision of the detection, voting by simply incrementing the nearest node of the quantised space, and then choosing the highest local maxima as the best shapes.
The most classical method to estimate these values is the k-nearest neighbours approach (kNN), which computes the estimated value from the k closest expression profiles among the dataset [ 26].
The Otsu's method [6] is one of the most classical clustering methods, which segments an image by maximizing the between-class variance of the thresholded image.
However, most classical regression methods take vectors as input features.
Therefore, most classical numerical methods often fail to give an acceptable approximation of the solution.
In our hands, human dyskerin has proven to be similarly difficult to express at high levels (greater than picomoles) in vitro, which precludes the use of most classical biophysical methods that require at least 1000-fold greater sample quantities for effective analysis.
