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Theoretical Knowledge
- Central Limit Theorem (CLT)
- Neyman Pearson Theorem
- Bayes Theorem
- Least-Squares methods
- Maximum likelihood methods
- Likelihood-ratio test
- Z-test
- Simple Linear Regression for linear relationship of dependent variable with another variable
- General Linear Model for linear relationship of dependent variable with multiple independent variables
- Generalized Linear Model for non-normal dependent response, poison distribution, binomial distribution, log normal distribution
- One sample t-test to test the mean of normal sample
- Sign test to test the median
- F-test to compare the variance of two normal samples
- Student's t-test to compare the mean for independent two normal samples with equal variance
- Welch's t-test to compare the mean for independent two normal samples with unequal variance
- one way ANOVA to compare means among three or more normal samples with equal variance
- two-way classification to evaluate effects of the two factors, main effects and interaction effects
- mixed model to evaluate the fixed effects of the mean and the variance of random effects or dependent normal samples among groups, repeated ANOVA, longitudinal data analysis, crossover design
- Familiar with SAS Language Syntax, DATA step, PROC step, Global Statements, Loop, Conditional Statement
- Write reusable SAS MACRO
- Data inputs in DATA step with SAS/Base, PROC import, infile function
- Data manipulation with PROC SORT, array, merge, PROC SQL, data transformation (Log, Power, Box-Cox, variance-stabilization transformation)
- Data representation with SAS/GRAPH, in the format of tables, listing, and figures. PROC TABULATE, PROC GPLOT
- Statistical Analysis with SAS/STAT, PROC Means, PROC Univeriate, PROC FREQ, PROC GLM, PROC REG, PROC GENMOD, PROC mixed
- Model diagnosis (Gaphics)
- Model selection (AIC, BIC, Bayes factor, step-wise, forward, backward)
- Result delivery with ODS (Output Delivery System), ODS html, ODS pdf, ODS PROC REPORT

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