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Data Visualizations using R with Data Processing
Rating: 4.5 out of 5(1 rating)
513 students

Data Visualizations using R with Data Processing

Data Visualizations with R
Last updated 12/2018
English

What you'll learn

  • Data Visualizations using R

Course content

1 section35 lectures1h 35m total length
  • Getting Started7:09

    Get started by setting up the development environment, installing open source tools, and combining Python and R for data processing, statistics, and data visualizations.

  • Getting Started 22:07

    Set up the programming environment, console, and debugging tools for data visualizations in R with data processing, preparing your studio for compiler interactions and using debug profile tools.

  • Getting Started 31:30

    Get started with data visualizations using R with data processing, and learn to set up tools and studio environments, manage versions, and prepare data for analysis.

  • Hello World Application0:58
  • Data Mining Process5:37

    Learn the data mining process from business understanding to deployment using visualizations. Explore data preparation, modeling, and evaluation with techniques like regression and classification, and report results.

  • Download Dataset1:11

    Download the iris CSB dataset and identify the high risk dataset on the drive to support data processing and visualizations in R.

  • Read dataset1:08

    Read a dataset in R, use the iris data to compute descriptive statistics, and generate a summary, then run analyses and inspect the data structure.

  • Bar Plot3:13

    Learn to create bar charts in R to visualize data frequencies, customize colors, and label axes to interpret data during data processing.

  • Export Bar Plot Image1:41

    Export a bar plot image to turn data into a clear bar chart. Use practical steps to generate and save bar charts for data visualization in R with data processing.

  • Horizontal Bar Chart1:46

    Explore creating horizontal bar charts in data visualizations using R with data processing, transforming datasets into clear visuals for insightful comparisons.

  • Histogram3:11

    Explore how to create a camera histogram in R and customize color (green), borders, and histogram layers to reflect data processing.

  • Histogram with Density Line2:26

    Learn to build histograms in R with a density line to visualize data distribution, adjust frequency and probability, and apply color and layout options.

  • LIne Chart2:44

    Learn to create line charts in R for data processing, connecting points with lines, customizing x and y aesthetics, and exporting visuals.

  • Multiple Line Chart2:46

    Explore creating a multiple line chart in R by configuring y values, line types, and colors to visualize and compare data across categories.

  • Pie Chart2:42

    Create a pie chart in R using a labor data vector and labeled slices. Map labels 1–7 to the pie pieces and render the chart from the data.

  • 3D Pie Chart2:39

    Learn to build a 3D pie chart in R by installing and using a dedicated library, then create and customize the pie chart with the pie3D function.

  • Scatterplot2:16

    Master data setup and processing workflows for scatterplot visuals by organizing data, copying datasets, and aligning x and y coordinates through practical programming steps.

  • Boxplot3:40

    Learn to create and interpret a boxplot in R as part of data processing, applying basic data handling and function-driven steps to visualize data.

  • Scatterplot Matrix3:07

    Scatterplot matrix in R to study correlations among variables and set up metrics for data analysis.

  • GGPlot23:30

    Explore ggplot2 in R to craft advanced charts by building data visualizations with data, geometric objects, statistical transformations, scales, coordinate systems, and position adjustments for multivariate and categorical data.

  • Aesthetic mapping and Geometric2:12

    Explore aesthetic mapping and geometric concepts in data visualizations using R, focusing on data processing techniques.

  • Geometric4:05

    Learn to build a geometric point plot in R by mapping color to an asset variable and preparing data assets, such as GDP data, for visualization.

  • Labels and Titles1:40

    Learn to add and customize labels and titles in scatter plots using R, adjust axis labels, ensure equal aspect ratios, and tighten label placement for clear data visuals.

  • Themes6:44

    Explore data visualizations using R with data processing by applying and customizing themes, adjusting element properties, sizes, axes, and global styles to enhance charts.

  • Bar Chart2:12

    Learn to create a bar chart in R using ggplot2, map data to aesthetics with aes, apply grey color, and add labels and a title.

  • Histogram2:41

    Compare a dataset by building a histogram in R, selecting a variable, and adjusting gray color and axis labels to convey distribution clearly.

  • Density Plot1:34

    Explore density plots in r to visualize data density and normal distribution, using high and low density regions to interpret where data concentrates.

  • Scatterplot3:06

    Create a scatterplot in R, color code with red and green, and label points to illustrate data relationships.

  • Line Chart2:09

    Create line charts in R to compare two variables, color-code series, label axes and data points, and explore basic data processing steps for visual analysis.

  • Boxplot1:25

    Explore how to create and interpret boxplots in R to visualize data distributions and identify outliers.

  • Save GGPLot

    Learn how to save ggplot visualizations in R by specifying file paths and the initial file location, including drive choices like the D drive.

  • Select Attributes4:55

    Learn to select attributes and prepare data in r for visualization, including filtering, removing missing values, and choosing columns to drive interactive charts.

  • Sort Data4:04

    Learn how to sort data in R using order for ascending and descending sequences, including sorting by multiple keys and applying decreasing = true to arrange data frames.

  • Filter Data2:06

    Filter data in R visualizations by applying conditional criteria, such as values greater than zero and less than one, to isolate relevant rows for analysis.

  • Remove Missing Values and Duplicates1:31

Requirements

  • Fundamentals R programming

Description


​Data is everywhere, and top companies need skilled professionals who can turn complex datasets into clear, actionable visual insights. According to SAS, building analytics skills gives you a massive career advantage by sharpening your problem-solving abilities, opening doors to high-demand roles, and paving the way into cutting-edge fields like the Internet of Things (IoT) and Smart Cities.

​Based on the published Apress book Learn R for Applied Statistics, this bite-sized course focuses on Data Visualization and Data Processing using R. It maps directly to the Data Understanding and Data Preparation stages of the industry-standard CRISP-DM framework.

Why Take This Course?

  • Comprehensive Plotting: Master both base R graphics and the industry-standard ggplot2 library for publication-ready visualizations.

  • CRISP-DM Alignment: Ground your technical skills in practical data science workflows from raw data ingestion to finished charts.

  • Certification Ready: Prepares you to take the exam at EMHAcademy to earn your official SVBook Certified Data Miner using R credential.

Recommended Learning Path

​To maximize your learning experience, take these courses in sequence:

  1. Create Your Calculator: Learn R Programming Basics Fast

  2. Applied Statistics using R with Data Processing

  3. Advanced Data Visualizations using R with Data Processing (This Course)

  4. Machine Learning with R (Modeling & Evaluation)

Prerequisite Note: Basic familiarity with R is recommended. Beginners should start with "Create Your Calculator" first.

What You Will Learn

Data Mining Process & Workflow Setup

  • ​Navigating the CRISP-DM Framework

  • ​Downloading, reading, and inspecting datasets in R

Base R Visualizations

  • Basic & Advanced Charts: Bar Plots, Horizontal Bar Charts, Line Charts, Multi-Line Charts, Histograms, Density Lines, Pie Charts, 3D Pie Charts, Boxplots, Scatterplots, and Scatterplot Matrices

  • Exporting Work: Saving plots directly as high-resolution images for reports

Modern Visualizations with ggplot2

  • ​Mastering Aesthetic Mapping (aes), Geometrics (geom), Labels, Titles, and Themes

  • ​Building advanced ggplot2 Bar Charts, Histograms, Density Plots, Scatterplots, Line Charts, and Boxplots

  • ​Saving and exporting ggplot2 figures seamlessly

Data Processing & Cleansing (R Basics & Wrangling)

  • ​Selecting and filtering variables

  • ​Sorting datasets

  • ​Identifying and removing duplicate records and missing values (NA)

Requirements

  • ​Basic knowledge of R programming (variables, syntax, and vectors).

  • ​A computer (Windows, Mac, or Linux) with R and RStudio installed.

Who This Course Is For

  • ​Beginners and intermediate users in Data Science looking to master data visualization in R.

  • ​Analysts and students who want to build high-impact plots using base R and ggplot2.

  • ​Anyone preparing for the SVBook Certified Data Miner using R credential.

Who this course is for:

  • Beginner Data Scientist or Analyst interested in R programming