Checking Normality and Homoscedasticity in the General Linear Model Using Diagnostic Plots - Schützenmeister, A.; Jensen, U.; Piepho, H.-P. (Communications in statistics. Simulation and computation, 2012)
Keywords: 62-09; 62J5; Approximation; Computer simulation; Constant residual variance; Correlation; Diagnostic systems; Distribution theory; Exact sciences and technology; Homogeneity; Linear inference, regression; Mathematics; Model checking; Monte Carlo; Multiplicity; Multivariate analysis; Normality; Numerical analysis; Numerical analysis. Scientific computation; Numerical methods in probability and statistics; Probability and statistics; Residual plot; Sciences and techniques of general use; Simulation; Simultaneous tolerance band; Statistics; Tolerance interval; Tolerance region; Tolerances; Transformations; Correlation; Generalized linear model; Statistical distribution; Error estimation; Data transformation; Gaussian distribution; Non parametric estimation; Multivariate analysis; Stochastic method; Constant residual variance; Linear model; Variance; Tolerance interval; Outlier; Statistical test; Monte Carlo; Multiplicity; Model checking; Approximation theory; 62F25; Monte Carlo method; Discriminant analysis; Covariance analysis; Independence; Probability; Tolerance; Statistical association; Statistical estimation; Algorithm; Variance analysis; Heteroscedasticity; Confidence interval; Statistical method; Statistical regression; Diagnostic techniques; Residual plot; Numerical analysis; Non normality; Simulation; Simultaneous tolerance band; Correlation analysis; Tolerance region; Normality test; Numerical simulation; Computing method