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There are 4 modules in this course
This introductory course is for SAS software users who perform statistical analyses using SAS/STAT software. The focus is on t tests, ANOVA, and linear regression, and includes a brief introduction to logistic regression.
This module focuses on building regression models and selecting the best set of predictors using practical, data-driven methods in SAS. You’ll start by setting up the course environment, then move into key model selection approaches—including all-possible regressions, stepwise selection using significance levels, and selection using information criteria. Along the way, you’ll learn how to interpret p-values and parameter estimates, evaluate models with metrics like adjusted R-square and Mallows’ Cp, and apply these through demos and practice assignments.
What's included
13 videos7 readings3 assignments
Show info about module content
13 videos•Total 41 minutes
Welcome and Meet the Instructor•2 minutes
Demo: Exploring Ames Housing Data•11 minutes
Overview•1 minute
Scenario•1 minute
Approaches to Selecting Models•2 minutes
The All-Possible Regressions Approach to Model Building•1 minute
The Stepwise Selection Approach to Model Building•3 minutes
Interpreting p-Values and Parameter Estimates•2 minutes
Demo: Performing Stepwise Regression Using PROC GLMSELECT•8 minutes
Scenario•1 minute
Information Criteria•2 minutes
Adjusted R-Square and Mallows' Cp•1 minute
Demo: Performing Model Selection Using PROC GLMSELECT•6 minutes
Information Criteria Penalty Components•10 minutes
All-Possible Selection•0 minutes
3 assignments•Total 80 minutes
Knowledge Check - Using PROC GLMSELECT for Stepwise Selection•30 minutes
Knowledge Check -Using PROC GLMSELECT to Perform Other Model Selection Techniques•30 minutes
Model Building and Effect Selection•20 minutes
Model Post-Fitting for Inference
Module 2•3 hours to complete
Module details
In this module you learn to verify the assumptions of the model and diagnose problems that you encounter in linear regression. You learn to examine residuals, identify outliers that are numerically distant from the bulk of the data, and identify influential observations that unduly affect the regression model. Finally, you learn to diagnose collinearity to avoid inflated standard errors and parameter instability in the model.
What's included
18 videos7 assignments
Show info about module content
18 videos•Total 46 minutes
Overview•1 minute
Scenario•1 minute
Assumptions for Regression•2 minutes
Verifying Assumptions Using Residual Plots•3 minutes
Demo: Examining Residual Plots Using PROC REG•5 minutes
Scenario•1 minute
Identifying Influential Observations•1 minute
Checking for Outliers with STUDENT Residuals•1 minute
Checking for Influential Observations•3 minutes
Detecting Influential Observations with DFBETAS•1 minute
Demo: Looking for Influential Observations Using PROC GLMSELECT and PROC REG•5 minutes
Demo: Examining the Influential Observations Using PROC PRINT•7 minutes
Handling Influential Observations•2 minutes
Scenario•1 minute
Exploring Collinearity•2 minutes
Visualizing Collinearity•2 minutes
Demo: Calculating Collinearity Diagnostics Using PROC REG•5 minutes
Using an Effective Modeling Cycle•2 minutes
7 assignments•Total 105 minutes
Practice: Using PROC REG to Examine Residuals•20 minutes
Question 5.01•5 minutes
Practice: Using PROC REG to Generate Potential Outliers•20 minutes
Question 5.02•5 minutes
Question 5.03•5 minutes
Practice: Using PROC REG to Assess Collinearity•20 minutes
Model Post-Fitting for Inference•30 minutes
Model Building for Scoring and Prediction
Module 3•2 hours to complete
Module details
In this module you learn how to transition from inferential statistics to predictive modeling. Instead of using p-values, you learn about assessing models using honest assessment. After you choose the best performing model, you learn about ways to deploy the model to predict new data.
What's included
11 videos1 reading4 assignments
Show info about module content
11 videos•Total 27 minutes
Overview•2 minutes
Scenario•0 minutes
Predictive Modeling Terminology•2 minutes
Model Complexity•1 minute
Building a Predictive Model•3 minutes
Model Assessment and Selection•2 minutes
Demo: Building a Predictive Model Using PROC GLMSELECT•11 minutes
Scenario•0 minutes
Preparing for Scoring•1 minute
Methods of Scoring•1 minute
Demo: Scoring Data Using PROC PLM•4 minutes
1 reading•Total 10 minutes
Partitioning a Data Set Using PROC GLMSELECT•10 minutes
4 assignments•Total 75 minutes
Question 6.01•5 minutes
Practice: Building a Predictive Model Using PROC GLMSELECT•20 minutes
Practice: Scoring Using the SCORE Statement in PROC GLMSELECT•20 minutes
Model Building for Scoring and Prediction•30 minutes
Categorical Data Analysis
Module 4•4 hours to complete
Module details
In this module you look for associations between predictors and a binary response using hypothesis tests. Then you build a logistic regression model and learn about how to characterize the relationship between the response and predictors. Finally, you learn how to use logistic regression to build a model, or classifier, to predict unknown cases.
What's included
25 videos18 assignments
Show info about module content
25 videos•Total 73 minutes
Overview•2 minutes
Scenario•1 minute
Associations between Categorical Variables•2 minutes
Demo: Examining the Distribution of Categorical Variables Using PROC FREQ and PROC UNIVARIATE•6 minutes
Scenario•1 minute
The Pearson Chi-Square Test•3 minutes
Odds Ratios•4 minutes
Demo: Performing a Pearson Chi-Square Test of Association Using PROC FREQ•5 minutes
Scenario•0 minutes
The Mantel-Haenszel Chi-Square Test•1 minute
The Spearman Correlation Statistic•1 minute
Demo: Detecting Ordinal Associations Using PROC FREQ•2 minutes
Scenario•1 minute
Modeling a Binary Response•4 minutes
Demo: Fitting a Binary Logistic Regression Model Using PROC LOGISTIC•7 minutes
Interpreting the Odds Ratio•3 minutes
Comparing Pairs to Assess the Fit of a Logistic Regression Model•5 minutes
Scenario•1 minute
Specifying a Parameterization Method•5 minutes
Demo: Fitting a Multiple Logistic Regression Model with Categorical Predictors Using PROC LOGISTIC•7 minutes
Scenario•1 minute
Interactions between Variables•2 minutes
Demo: Fitting a Multiple Logistic Regression Model with Interactions Using PROC LOGISTIC•4 minutes
Demo: Fitting a Multiple Logistic Regression Model with All Odds Ratios Using PROC LOGISTIC•3 minutes
Demo: Generating Predictions Using PROC PLM•2 minutes
18 assignments•Total 190 minutes
Question 7.01•5 minutes
Question 7.02•5 minutes
Practice: Using PROC FREQ to Examine Distributions•20 minutes
Question 7.03•5 minutes
Question 7.04•5 minutes
Question 7.05•5 minutes
Question 7.06•5 minutes
Practice: Using PROC FREQ to Perform Tests and Measures of Association•20 minutes
Question 7.07•5 minutes
Question 7.08•5 minutes
Practice: Using PROC LOGISTIC to Perform a Binary Logistic Regression Analysis•20 minutes
Question 7.09•5 minutes
Question 7.10•5 minutes
Practice: Using PROC LOGISTIC to Perform a Multiple Logistic Regression Analysis with Categorical Variables•20 minutes
Question 7.11•5 minutes
Question 7.12•5 minutes
Practice: Using PROC LOGISTIC to Perform Backward Elimination and PROC PLM to Generate Predictions•20 minutes
Categorical Data Analysis•30 minutes
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