Examples of using Explanatory variables in English and their translations into Japanese
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When the explanatory variables of age, gender and BMI were added, the estimated SBP became negative, pointing toward the importance of considering the relationships between the explanatory variables.
Note: Based on data from some 2,400 Japanese companies, the relationship between TFP and the average wages was estimated, using the ratio of part-timers to total employees and the ratio of female to total employees as explanatory variables.
In other words, it's a way of asking yourself whether it is valid to use the mean to describe the whole population, or whether the information brought by the explanatory variables is of value or not.
A parametric survival model is a well-recognized statistical technique for exploring the relationship between the survival of a patient, a parametric distribution and several explanatory variables. It allows us to estimate the parameters of the distribution.
The grid below will help you choose a statistical model that may be appropriate to your situation(types and numbers of dependent and explanatory variables).
Explanatory variables were selected by focusing on four possible contributing factors for recovery: improvement in the external macroeconomic environment, restructuring efforts by individual firms, corporate governance structure, and support from financial institutions.
However, if you include too many of them, the accuracy of the analysis will fall, so generally speaking, have up to seven Explanatory Variables at most.
In this case, even if the outlook for explanatory variables was unchanged, the impact of chronic stresses such as a decline in population on deposit and lending margins would diminish.
A table containing the value of the class, the optimized value of alpha and the rescaled explanatory variables as they were used during the optimization is displayed for each identified support vector.
Note: if no differencing is requested(d=0 and D=0), and if there are no explanatory variables in the model, the constant of the model is estimated using CO-LS.
P1(alternative probability): The probability that X1 be equal to one standard error above its mean value, all other explanatory variables being at their mean value.
Where Y is the matrix of the dependent variables, X is the matrix of the explanatory variables. Th,
For explanatory variables, I employed the gross domestic product(GDP) in the rest of the world, the Chinese FDI stock, and real effective exchange rates(REER) in China and in the nine supply chain countries weighted by each of these countries' value added in processed exports.
The estimation of their variance is not reliable. Testing for HeteroscedasticityIf it is suspected that the variances are not homogeneous(a representation of the residuals against the explanatory variables may reveal heteroscedasticity), it is therefore necessary to perform a test for heteroscedasticity.
Two-stage least squares regression| statistical software for Excel The two-stage least squares method is used to handle model with endogenous explanatory variables in a linear regression framework. Principle of the two-stage least squaresThe two-stage least squares method is used to handle model with endogenous explanatory variables in a linear regression framework.
In three other tutorials on linear regression this dataset is also used, with the Height(Linear Regression), the Height and the Age(ANOVA) and then the Height, the Age and the Gender(ANCOVA) as explanatory variables.
Analysis of variance(ANOVA) uses the same conceptual framework as linear regression. The main difference comes from the nature of the explanatory variables: instead of quantitative, here they are qualitative. In ANOVA, explanatory variables are often called factors.
Repeated measures Analysis of Variance(ANOVA) uses the same conceptual framework as classical ANOVA. The main difference comes from the nature of the explanatory variables. The exploratory variable is measured at different time or repetition. In ANOVA, explanatory variables are often called factors.
After the tables displaying the basic statistics and the correlations between all the selected variables(dependent variables are displayed in blue and quantitative explanatory variables in black), the results specific to the PLS regression are presented.
Therefore, in a similar way to the ordinary least squares(OLS) model, the coefficients of the QR model can be interpreted as the rate of change of some quantile of the dependent variable distribution per unit change in the value of some regressor. Moreover, as in ANCOVA, it's possible to mix qualitative and quantitative explanatory variables.