
Statistics 1: Introduction to ANOVA, Regression, and Logistic Regression
- Introduction to Statistics
- Examining data distributions
- Obtaining and interpreting sample statistics using the UNIVARIATE and MEANS procedures
- Render graphically in the UNIVARIATE and SGPLOT procedures
- Constructing confidence intervals
- Performing simple tests of hypothesis
- Tests and Analysis of Variance
- Tests of differences between two group means using PROC TTEST
- One-way ANOVA with the GLM procedure
- Multiple comparisons tests in PROC GLM
- Two-way ANOVA with and without interactions
- Linear Regression
- Working with correlations
- fitting a simple linear regression model
- Understanding the concepts of multiple regression
- Working with multiple models
- Interpreting models
- Linear Regression Diagnostics
- Examining residuals
- Investigating influential observations
- Assessing collinearity
- Categorical Data Analysis
- Producing frequency tables
- Examining tests for general and linear association
- Understanding logistic regression
- Fitting univariate and multivariate logistic regression models
Statisticians, researchers, and business analysts who use SAS programming to generate analyses
- Should have completed the equivalent of an undergraduate course in statistics
- Should be able to execute SAS programs and create SAS data sets
Learn to
- Understand describe data using graphical techniques
- Use Analysis of Varience (ANOVA)
- perform linear regression and assess the assumptions
- use regression model selection techniques to aid in the choice of predictor variables in multiple regression
- use diagnostic statistics to assess statistical assumptions and identify potential outliers in multiple regression
- use chi-square statistics to detect associations among categorical variables
- fit a multiple logistic regression model.
Delivery Method : Classroom Training
Duration : 21 hours
Level : Fundamental
Languages : English
Duration : 21 hours
Level : Fundamental
Languages : English
Predictive Modeling Using Logistic Regression
Discover Knowledge on Technology This course helps participants to get a deep understanding of how logistics regression is used for predictive analytics.- Introduction to Predictive Modeling
- Business applications
- Analytical challenges
- Fitting the Model
- Parameter estimation
- Adjustments for oversampling
- Input Data Preparation
- Missing values
- Categorical inputs
- Variable clustering
- Variable screening
- Subset selection
- Classifier Performance
- ROC curves and Lift charts
- K-S statistic
- c statistic
- Evaluating a series of models
Modelers, analysts and statisticians who need to build predictive models
- Must have completed statistics course on regression
- Experience in executing SAS programs and creating SAS data sets
- Experience building statistical models using SAS software
Learn how to
- Use logistic regression to model as a function of known inputs
- Create visualizations
- Handle missing data values
- Tackle multicollinearity
- Assess model performance and compare models.
Delivery Method : Classroom Training
Duration : 14 hours
Level : Intermediate
Languages : English
Duration : 14 hours
Level : Intermediate
Languages : English
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