Sentence examples for maximum variance method from inspiring English sources

The "maximum variance" method and the Minimum Circumscribed Circle/Ellipse formulations defined in the frequency domain are also discussed.

We use the principle component factor method to analyze; two factors were extracted by maximum variance method, named as "external efficacy factor and internal efficacy factor".

We used the principal component method to carry out factor analysis, and the maximum variance method was used to extract two factors, named as "protest by law factor" and "community involvement factor".

The present technical note reports on an attempt of reformulating the Maximum Variance Method (MVM) to make it suitable for being used to perform the multiaxial fatigue assessment by numerically post-processing load histories as complex as those damaging real mechanical components.

The design methodology being proposed is based on the use of the Modified Wӧhler Curve Method (MWCM) applied in conjunction with both the Theory of Critical Distance (TCD) and the Shear Stress-Maximum Variance Method (τ-MVM).

In the present investigation, the accuracy of two methods, i.e., the Shear Strain-Maximum Variance Method (γ-MVM) and the Maximum Damage Method (MDM), in predicting the orientation of the crack initiation planes was checked by considering several results taken from the literature and generated by testing five different metallic materials under complex multiaxial loading.

Our formalisation of the Shear Stress-Maximum Variance Method takes as a starting point the hypothesis that, in ductile materials subjected to fatigue loading, the crack initiation planes, i.e. the so-called Stage I planes, are those containing the direction experiencing the maximum variance of the resolved shear stress.

Because there were nominal, ordinal and continuous variables, the PRINQUAL (principal components of qualitative data) procedure with maximum total variance method was used to obtain the correlation matrix.

First of all, in order to segment the objects from the background (namely image pre-processing), an improved maximum between-class variance method is proposed for searching a histogram peak and calculating a threshold value based on the statistics and probability, to solve the problems caused by the non-uniform brightness in a realistic conveyor belt.

So the principal components analysis and the rotation method of maximum variance orthogonal were finally employed to extract factors in this study.

With the help of principal component analysis and the rotation method of maximum variance, 7 factors were extracted from 31 items and the 7 factors' eigenvalues were over 1, which could explain 61.956% of the total variance.