Sentence examples for most common calculations from inspiring English sources

Implementations of MapReduce [ 11] enable many of the most common calculations on large-scale data to be performed on computing clusters efficiently and in a way that is tolerant of hardware failures during computation.

We have prepared six EEM parameter sets which enable the user to calculate EEM charges in a quality comparable to quantum mechanics (QM) charges based on the most common charge calculation schemes (i.e., MPA, NPA and AIM) and a robust QM approach (HF/6-311G HF/6-311G311G).

The geometry of phantom inserts used for SPECT activity calibration is often far removed from both the clinical situation and the mathematical models which provide the basis of the most common MRT dosimetry calculations.

The most common directional survey calculation methods were compared in this paper.

In the paper in addition to the comment on the most common methods of calculation of the chloride ingress and their limitations it is illustrated how for level II and III the measurement of the electrical resistivity results a very suitable proposal due to this parameter can be measured in a non-destructive test and serves to quality control.

One of the most common methods is calculation of the area under the ROC curve (AUC) [ 110], which we used to compare the naïve Bayes classifier.

The most common method for charge calculation is an application of the QM approach and afterwards the utilisation of a charge calculation scheme.

The most common of these is calculation of a statistic based on the estimated correlation matrix for blocks of consecutive genes, generally the mean of N* N-1)/2 correlatioN* N-1n correlationsN consecutive genes [ 12].

The most common method for the calculation of the amplification efficiency of a QPCR reaction requires preparation of a series of serial dilutions of the sample and creation of a standard curve, whereby efficiency is estimated from the slope of the standard curve [ 36, 37].

The experimental measurements, Equations of State (EoS) and empirical correlations are the most common sources of z-Factor calculations.

It has been noticed and approved that gas injection is the most common EOR process affected by calculations of molecular diffusion considerations.