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Statistical Analysis
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Statistical Analysis
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30%

ℹ️ Note: Loadings are estimated by iterative Maximum Likelihood — minimising F_ML = log|Σ| + tr(Σ⁻¹S) − log|S| − p over Λ/Φ/Θ (first-eigenvector is used only for start values). Validated against R (base optim / lavaan ML). Fit indices (CFI/TLI/RMSEA/SRMR) are computed from the implied covariance. Ordinal indicators use a polychoric correlation matrix + ML; full WLSMV (DWLS) is in progress.
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RBF Neural Network — Time Series Forecasting
Radial Basis Function network with k-means++ centres for non-linear forecasting
Bayesian Neural Network — MC Dropout
MC Dropout for Bayesian uncertainty estimation

One-way MANOVA with Box's M, Mardia, Levene assumption checks · four multivariate F-approximations · multivariate partial η² for every statistic · Bonferroni univariate follow-up.
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