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Course Outline

Day One: Fundamentals of the Language

  • Course Overview
  • Understanding Data Science
    • Defining Data Science
    • The Data Science Workflow
  • Introduction to the R Language
  • Variables and Data Types
  • Control Structures (Loops and Conditionals)
  • Scalars, Vectors, and Matrices in R
    • Creating R Vectors
    • Working with Matrices
  • String and Text Manipulation
    • The Character Data Type
    • File Input/Output
  • Lists
  • Functions
    • Overview of Functions
    • Closures
    • Using lapply and sapply
  • DataFrames
  • Practical Labs for All Sections

Day Two: Intermediate R Programming

  • DataFrames and File I/O
  • Importing Data from Files
  • Data Preparation Techniques
  • Utilizing Built-in Datasets
  • Visualization
    • The Graphics Package
    • plot(), barplot(), hist(), boxplot(), and scatter plots
    • Heat Maps
    • The ggplot2 package (qplot(), ggplot())
  • Data Exploration with Dplyr
  • Practical Labs for All Sections

Day Three: Advanced Programming with R

  • Statistical Modeling in R
    • Statistical Functions
    • Handling Missing Values (NA)
    • Probability Distributions (Binomial, Poisson, Normal)
  • Regression Analysis
    • Introduction to Linear Regression
  • Recommendation Systems
  • Text Processing (tm package and Wordclouds)
  • Clustering
    • Clustering Fundamentals
    • K-Means Algorithm
  • Classification
    • Classification Fundamentals
    • Naive Bayes
    • Decision Trees
    • Training models using the caret package
    • Evaluating Algorithm Performance
  • R and Big Data
    • Connecting R to Databases
    • The Big Data Ecosystem
  • Practical Labs for All Sections

Requirements

  • A foundational understanding of programming is recommended

Preparation

  • A modern laptop
  • The latest version of R Studio along with the installed R environment
 21 Hours

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