slide 1: DATASCIENCE TRAINING IN
HYDERABAD
DATASCIENCE ONLINE TRAINING
DATASCIENCE CONTENT:
DESCRIPTIVE STATISTICS AND PROBABILITY DISTRIBUTIONS:
Introduction about Statistics
Different Types of Variables
Measures of Central Tendency with examples
Measures of Dispersion
Probability Distributions
Probability Basics
Binomial Distribution and its properties
Poisson distribution and its properties
Normal distribution and its properties
INFERENTIAL STATISTICS AND TESTING OF HYPOTHESIS
Sampling methods
Different methods of estimation
Testing of Hypothesis Tests
Analysis of Variance
COVARIANCE CORRELATION
slide 2: PREDICTIVE MODELING STEPS AND METHODOLOGY WITH LIVE
EXAMPLE:
Data Preparation
Exploratory Data analysis
Model Development
Model Validation
Model Implementation
SUPERVISED TECHNIQUES:
MULTIPLE LINEAR REGRESSION
Linear Regression - Introduction - Applications
Assumptions of Linear Regression
Building Linear Regression Model
Understanding standard metrics Variable significance R-
square/Adjusted R-Square Global hypothesis etc
Validation of Linear Regression Models Re running Vs. Scoring
Standard Business Outputs Decile Analysis Error distribution
histogram Model equation drivers etc
Interpretation of Results - Business Validation - Implementation on
new data
Real time case study of Manufacturing and Telecom Industry to
estimate the future revenue using the models
LOGISTIC REGRESSION - INTRODUCTION - APPLICATIONS
Linear Regression Vs. Logistic Regression Vs. Generalized Linear
Models
slide 3: Building Logistic Regression Model
Understanding standard model metrics Concordance Variable
significance Hosmer Lemeshov Test Gini KS Misclassification etc
Validation of Logistic Regression Models Re running Vs. Scoring
Standard Business Outputs Decile Analysis ROC Curve
Probability Cut-offs Lift charts Model equation drivers etc
Interpretation of Results - Business Validation - Implementation on
new data
Real time case study to Predict the Churn customers in the Banking
and Retail industry
PARTIAL LEAST SQUARE REGRESSION
Partial Least square Regression - Introduction - Applications
Difference between Linear Regression and Partial Least Square
Regression
Building PLS Model
Understanding standard metrics Variable significance R-
square/Adjusted R-Square Global hypothesis etc
Interpretation of Results - Business Validation - Implementation on
new data
Sharing the real time example to identify the key factors which are
driving the Revenue