Learning Path: Data Science with R
Course
Online
Description
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Type
Course
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Methodology
Online
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Start date
Different dates available
Learn R and get comfortable with data scienceExcited by the endless possibilities offered by the fields of data science and data analysis? Let R set you on your way!Data scientists, statisticians and analysts use R for statistical analysis, data visualization and predictive modeling. R gives aspiring analysts and data scientists the ability to represent complex sets of data in an impressive way.Make yourself comfortable in R and get deep into data science using R with this Learning Path.About the Authors:Selva Prabhakaran is a data scientist with a large E-commerce organization. In his 7 years of experience in data science, he has tackled complex real-world data science problems and delivered production-grade solutions for top multinational companies. Selva lives in Bangalore with his wife. He can follow him on Twitter at and he periodically writes at
Richard Skeggs is not new to big data as he has over 15 years of experience in creating big data repositories and solutions for large multinational organizations in Europe. Having become a single father, he has changed his focus and is now working within the academic and research community. Richard has special interest in big data and is currently undertaking research within the field. His research interests revolve around machine learning, data retrieval, and complex systems..
Mykola Kolisnyk has been working in test automation since 2004. He has been involved with various activities including creating test automation solutions from scratch, leading test automation teams, and working as a consultant with test automation processes. During his working career, he has had experience with different test automation tools such as Mercury WinRunner, MicroFocus SilkTest, SmartBear TestComplete, Selenium-RC, WebDriver, Appium, SoapUI, BDD frameworks, and many other different engines and solutions ere he was responsible for building big data platforms for business intelligence and customer relationship management...
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About this course
Get to know the basic concepts of R: the data frame and data manipulation
Get data from numerous sources such as files, databases, and even Twitter
Understand how easily R can confront probability and statistics problems
Work with complex data sets and understand how to process data sets
Evaluate k-Means, Connectivity, Distribution, and Density-based clustering
Create professional data visualizations and interactive reports
Create a codebook so that the data can be presented in summary
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Subjects
- Operating System
- Install
- Programming
- Confidence Training
- Project
- Syntax
- Data analysis
- Access
Course programme
- Visit the CRAN website
- Choose the download option based on your operating system
- Follow the standard procedure for installing R
- Go to RStudio.com
- Download the correct version of the software
- Install the latest version
- Explain what a package contains
- Check out the sources of packages
- Learn how to install them
- Explain data types
- Explain data structures
- Show some examples in R
- Explain how to create a vector
- Create different types of vectors
- Access specific items within a vector
- Show how to create random numbers
- How to round
- How to bin numeric vectors
- Explain how to find missing values
- Explain how to omit the missing values
- How to write conditions
- How to write complex conditions
- How to use the which() operator to get the required items
- Understand what lists are
- See when lists are used
- Learn how to perform data manipulation with lists
- Explain the syntax of important set operations such as union, intersect and so on
- Perform the set operations to grasp the usage
- Explain sampling
- Show how to do it in R
- Explain how to sort in R
- Show how to write if and else statements
- Grasp the correct usage of ifelse()
- Explain the for loop’s syntax
- Show how to skip an iteration
- Check out how to break out from a loop
- Learn how create a data frame
- Access elements in a data.frame: select, filter, and so on
- Understand the functions related to data frames
- Show the function used to import different forms of data
- Check out the functions used to export various forms of data
- Learn how to create a matrix
- Access data in a matrix
- Grasp how to generate frequency tables
- Learn different types of merges
- Understand how to use them in R
- Different variations of aggregation
- How to do it in R
- Show the melt function
- Show the dcast() function from the reshape2 package
- Introduce the lubridate package
- Understand the date format
- Learn the Date operations
- Introduce the paste function for concatenating
- Introduce the stringr package
- Introduce functions
- Understand the best practices by writing functions in R
- Learn the 3 ways used to debug in R
- Grasp the 2 ways to handle errors in R
- Introduce the syntax
- Explain the difficult part of using apply functions
- Explain sapply
- Explain lapply and how it is different
- Show how to use the plot function
- Make a scatterplot
- Explain the arguments and features of the plot function
- Show the method
- Show the syntax to make two Y axes
- Show how to make multiple plots
- Show how to customize plot layouts
- Show how to make a histogram, a bar chart, and a density plot
- Show how to make dot plots and box plots
- Explain the different steps
- Show how to do univariate analysis of numeric variables
- Show how to do univariate analysis of categorical variables
- Explain the concept behind normal distribution and CLT
- Show the R code implementation
- Explain confidence intervals and implement them in R
- Explain correlation and covariance
- The concept and the difference between them
- Implement them in R
- Explain the chi-sq statistic and its purpose
- Explain the meaning behind it
- Show the R implementation
- Explain the concept and purpose
- When to use it
- How to implement it in R
- Explain the one and two sample t-test, parametric versus non-parametric
- Explain the Wilcoxon signed rank test
- Show the R implementation
- Run through the basics of data handling
- Understand the Unique key
- Solve the proposed challenges
- Create a histogram on the given data
- Create a line chart with multiple lines
- Create a box plot
- Test the statistical significance between two continuous variables
- Problem that tests statistical significance between continuous and categorical variable
- Why use magrittr and pipes
- Explain various pipe operators in magrittr
- Show the R code implementation and suitable examples
- What are the 7 data manipulation verbs?
- Why are they simple and widely adopted?
- Implementation in R for all the verbs
- Explain the process of grouping
- Explain the group_by and summarize functions
- Show the implementation in R
- Explain the two table verbs
- Explain the different types of joins
- Show the implementation in R
- Create a SQLite DB and upload data
- Pull partial data and do manipulation
- Download full data and see the SQL
- Explain the purpose and significance of data.table
- How the syntax differs generally and how to filter and select
- Show the R code implementation
- Understand the general syntax in sync with SQL syntax
- Create new columns
- Update the columns
- The syntax to group data
- The .N and .I operators – using them effectively
- The R code implementation
- How to set keys and why
- Write apply family functions within data.table
- Show the usage of .SD
- Explain how to use set() and why it’s great
- How to set keys and filter data.tables
- Show how to do joins using square brackets and merge function
- Visit the CRAN website
- Choose the download option based on your operating system
- Follow the standard procedure for installing R
- Go to RStudio.com
- Download the correct version of the software
- Install the latest version
- Explain what a package contains
- Check out the sources of packages
- Learn how to install them
- Explain data types
- Explain data structures
- Show some examples in R
- Explain how to create a vector
- Create different types of vectors
- Access specific items within a vector
- Visit the CRAN website
- Choose the download option based on your operating system
- Follow the standard procedure for installing...
Additional information
Learning Path: Data Science with R
