Data Science in SAS ( Explore Predictive Modelling and Machine Learning) - Dvanalytics
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Data Science in SAS ( Explore Predictive Modelling and Machine Learning)

0 STUDENTS ENROLLED

    Analytics is the use of:
    Data, information technology, statistical analysis, quantitative methods, and mathematical computer-based models to help data scientists to gain improved insight about their business operations and make better, fact-based decisions

    • Descriptive analytics
      • uses data to understand past and present
    • Predictive analytics
      • analyzes past performance
    • Prescriptive analytics
      • uses optimization techniques

    Course Curriculum

    Session - 1 Introduction to Statistical Analysis
    What is Statistics? 00:00:00
    Basic Statistical Concepts in Business Analytics 00:00:00
    <ul> <li>Population</li> <li>Sample</li> <li>Variable</li> <li>Variable Types in Predictive Modeling Context</li> <li>Parameter</li> <li>Statistic</li> <li>Example Exercise</li> </ul>
    Statistical Analysis Methods 00:00:00
    <ul> <li>Descriptive Statistics</li> <li>Inferential Statistics</li> <li>Predictive Statistics</li> </ul>
    Solving a Problem Using Statistical Analysis 00:00:00
    <ul> <li>Setting Up Business Objective and Planning</li> <li>The Data Preparation</li> <li>Descriptive Analysis and Visualization</li> <li>Predictive Modeling</li> <li>Model Validation</li> <li>Model Implementation</li> </ul>
    An Example from the Real World: Credit Risk Life Cycle 00:00:00
    <ul> <li>Business Objective and Planning</li> <li>Data Preparation</li> <li>Descriptive Analysis and Visualization</li> <li>Predictive Modeling</li> <li>Model Validation</li> <li>Model Implementation</li> <li>Exercise</li> </ul>
    Session-2 Basic Descriptive Statistics and Reporting in SAS
    Rudimentary Forms of Data Analysis 00:00:00
    <ul> <li>Simply Print the Data</li> <li>Print and Various Options of Print in SAS</li> </ul>
    Summary Statistics 00:00:00
    <ul> <li>Central Tendencies</li> <li>Calculating Central Tendencies in SAS</li> <li>What Is Dispersion?</li> <li>Calculating Dispersion Using SAS</li> <li>Quantiles</li> <li>Calculating Quantiles Using SAS</li> <li>Box Plots</li> <li>Creating Boxplots Using SAS</li> </ul>
    Bivariate Analysis 00:00:00
    Session - 3 Data Exploration, Validation, and Data Sanitization
    Data Exploration Steps in a Statistical Data Analysis Life Cycle 00:00:00
    <ol> <li>Example: Contact Center Call Volumes</li> </ol>
    Need for Data Exploration and Validation 00:00:00
    Issues with the Real-World Data and How to Solve Them 00:00:00
    <ul> <li>Missing Values</li> <li>The Outliers</li> <li>Manual Inspection of the Dataset Is Not a Practical Solution</li> <li>Removing Records Is Not Always the Right Way</li> </ul>
    Understanding and Preparing the Data 00:00:00
    <ul> <li>Data Exploration</li> <li>Data Validation</li> <li>Data Cleaning</li> </ul>
    Sesssion - 4 Testing of Hypothesis Testing: An Analogy from Everyday Life
    What Is the Process of Testing a Hypothesis? 00:00:00
    <ul> <li>State the Null Hypothesis on the Population: Null Hypothesis (H0)</li> <li>Alternate Hypothesis (H1)</li> <li>Sampling Distribution</li> <li>Central Limit Theorem</li> <li>Test Statistic</li> <li>Inference</li> <li>Critical Values and Critical Region</li> <li>Confidence Interval</li> </ul>
    Tests 00:00:00
    <ul> <li>T-test for Mean</li> <li>Case Study: Testing for the Mean in SAS</li> <li>Other Test Examples</li> <li>Two-Tailed and Single-Tailed Tests</li> <li>Exercise</li> </ul>
    Session - 5 Correlations and Linear Regression
    What is Correlations? 00:00:00
    <ul> <li>Pearson’s Correlation Coefficient (r)</li> <li>Variance and Covariance</li> <li>Correlation Matrix</li> <li>Calculating Correlation Coefficient Using SAS</li> <li>Correlation Limits and Strength of Association</li> <li>Properties and Limitations of Correlation Coefficient (r)</li> <li>Some Examples on Limitations of Correlation</li> <li>Correlation vs. Causation</li> <li>Correlation Example</li> <li>Correlation Summary</li> </ul>
    Linear Regression 00:00:00
    <ul> <li>Correlation to Regression</li> <li>Estimation Example</li> </ul>
    Simple Linear Regression 00:00:00
    <ul> <li>Regression Line Fitting Using Least Squares</li> <li>The Beta Coefficients: Example 1</li> <li>How Good Is My Model?</li> </ul>
    When Linear Regression Can’t Be Applied 00:00:00
    Session- 6 Logistic Regression
    Predicting Ice-Cream Sales: Example 00:00:00
    Nonlinear Regression 00:00:00
    Logistic Regression 00:00:00
    Logistic Regression Using SAS 00:00:00
    SAS Logistic Regression Output Explanation 00:00:00
    <ul> <li>Output Part 1: Response Variable Summary</li> <li>Output Part 2: Model Fit Summary</li> <li>Output Part 3: Test for Regression Coefficients</li> <li>Output Part 4: The Beta Coefficients and Odds Ratio</li> <li>Output Part 5: Validation Statistics</li> </ul>
    Individual Impact of Independent Variables 00:00:00
    Goodness of Fit for Logistic Regression 00:00:00
    <ul> <li>Chi-square Test</li> <li>Concordance</li> </ul>
    Prediction Using Logistic Regression 00:00:00
    Multicollinearity in Logistic Regression 00:00:00
    <ul> <li>No VIF Option in PROC LOGISTIC</li> </ul>
    Logistic Regression Final Check List 00:00:00
    Loan Default Prediction Case Study 00:00:00
    <ul> <li>Background and Problem Statement</li> <li>Objective</li> <li>Data Set</li> <li>Model Building</li> <li>Final Model Equation and Prediction Using the Model</li> </ul>
    Session - 7 Time Series Analysis and Forecasting
    What Is a Time-Series Process? 00:00:00
    Main Phases of Time-Series Analysis 00:00:00
    Modeling Methodologies 00:00:00
    Jenkins Approach 00:00:00
    <ul> <li>What Is ARIMA?</li> <li>The AR Process</li> <li>The MA Process</li> <li>ARMA Process</li> </ul>
    Understanding ARIMA Using an Eyesight Measurement Analogy 00:00:00
    Steps in the Box–Jenkins Approach 00:00:00
    <ul> <li>Step 1: Testing Whether the Time Series Is Stationary</li> <li>Step 2: Identifying the Model</li> <li>Step 3: Estimating the Parameters</li> <li>Step 4: Forecasting Using the Model</li> <li>Case Study: Time-Series Forecasting Using the SAS Example</li> <li>Checking the Model Accuracy</li> </ul>
    Session - 8 Cluster Analysis
    What is cluster analysis 00:00:00
    Customer segmentation introduction 00:00:00
    What is distance matrix 00:00:00
    K-Means clustering algorithm 00:00:00
    Super market customer segmentation case study 00:00:00