Start your Carrier in Analytics

About The Course:
R is a popular programming language that is widely deployed for serving various purposes such as statistical analysis, graphic representation and reporting. This training is designed to let students understand the core concepts of R, import data in several formats for statistical computing, various functions in R, variables, data structures and flow of control.

Why Take R Programming Training Course?
The analytics market is booming and most companies have realised the importance of analytics in crucial decision making process. R programming language is an integral part of analytics, Big Data and Hadoop and it is its extensible nature that is resulting in higher adoption rates for R. Enrolling for the R Programming Training can help students in grabbing top pay scale jobs in big companies and can be a great career step for professionals already working in the IT arena.

Objectives Of The Course:

• Learning basic concepts of R with the functioning of R-Calculator
  
• Understanding various R functions like Stack, Merge, etc.
  
• Learning how to create Pie charts, plots and vectors
  
• Allotting value to variables, generate repeat and factor levels, etc.
  
• Performing analyze variance sorting and cluster operations
  
• ODBC Table reading, linear and logistic regression, etc
  
• Understanding database connectivity
  
• Deployment of R programming in Hadoop applications
  

1. Introduction To R & R-Packages

• Understanding R language for statistical programming, introduction to R Studio, features of R, the statistical packages, getting familiar with different data types and functions, learning  its deployment in various scenarios, etc.
  
• Using SQL for applying ‘join’ function, visualization and debugging tools, components of R Studio like code editor and learning about R-bind.
  
• Learning code compilation, R functions, and data in well-defined format called R-Packages, learn about R-Package structure, Package metadata and testing, CRAN (Comprehensive R Archive Network), Vector creation and variables values assignment.
  

2. Matrices, Vectors & Sorting Dataframe

• R functionality, Rep Function, generating Repeats, Transpose and Stack Function and Sorting and generating Factor Levels.
  
• Fundamentals of matrix and vector in R, understanding functions like Merge, Strsplit, rowSums, rowMeans, Matrix manipulation, sequencing, repetition, indexing, colMeans, colSums, etc.
  

3. Generating Plots & Reading Data From External Files

• Generating plot in R, Bar Plots, Line Plots, Graphs, Histogram and understanding components of Pie Chart.
  
• Learning the subscripts in plots in R, obtaining parts of vectors, using subscripts with arrays, logical variables with lists and reading data from external files.

4. Variance Analysis & K-Means Clustering

• Understanding the concept of Analysis of Variance (ANOVA) statistical technique, working with Histograms, Pie Charts, deploying ANOVA with R, one way and two way ANOVA.
  
• K-Means Clustering for Cluster Algorithm, Cluster & Affinity Analysis, cohesive subset of items, working with large datasets, solving clustering issues, association rule mining affinity analysis for the purpose of data mining and analysis in addition to learning co-occurrence relationships.
  

5. Association Rule Mining & Understanding Relationship With Regression

• Understanding Association Rule Mining, the several concepts of Association Rule Mining, different methods to predict relations between variables in large datasets, the algorithm and rules of Association Rule Mining and learning what single cardinality is.
  
• Introduction to Simple Linear Regression, the different equations of Slope, Line, Y-Intercept Regression Line, the least square criterion, deploying analysis using Regression, standard error to estimate, calculating and analysing the results, and measure of variation.
  
• Simple Linear Regression analysis, Two variable Relationship, Scatter Plots, Line of best fit, etc.
  
• In-depth understanding of measure of variation, co-efficient of determination, F-Test, test statistics with an F-distribution, prediction linear regression and advanced regression in R.
  
• Logistic Regression in R, Logistic Regression Mean, advanced logistic regression, learning how to do prediction using logistic regression, ensuring the model accuracy, understanding sensitivity and specificity, confusion matrix, etc.
  
• Learning what ROC is, a graphical plot that illustrates binary classifier system, ROC curve in R for the purpose of determination of specificity / sensitivity trade-offs for a binary classifier.
  

6. ROC & Kolmogorov Smirnov Chart

• Detailed learning about ROC, area under ROC Curve, data set partitioning, converting the variable, understanding the process of checking for multi-collinearlity, correlation between two or more variables, advanced data set partitioning, interpretation of the output, predicting the output, detailed confusion matrix, deployment of the Hosmer-Lemeshow test for analysing whether the observed event rates are in accordance with the expected event rates.
  
• Data analysis with R, learning about the WALD test, the importance of the area under ROC Curve and Kolmogorov Smirnov Chart.
  

7. R Integration With Hadoop & Database Connectivity With R

• Understanding how to create an integrated environment for deployment of R on Hadoop platform, working with R Hadoop, R Hadoop Integrated Programming Environment, R programming for MapReduce job, etc.
  
• Connecting to different databases from the R environment, deployment of the ODBC tables for reading the data, visualizing the performance of the algorithm by making use of the Confusion Matrix.