Learn Complete Hands-On Regression Analysis in R for Machine Learning, Statistical Analysis, Data Science, Deep Learning

Regression Analysis for Machine Learning & Data Science in R

What you’ll learn

- Your comprehensive guide to Regression Analysis & supervised machine learning using R-programming language.
- Graphically representing data in R before and after analysis.
- It covers the theory and applications of supervised machine learning with the focus on regression analysis using the R-programming language in R-Studio.
- Implement Ordinary Least Square (or simple linear) regression, Random FOrest Regression, Decision Trees, Logistic regression and others using R.
- Perform model’s variable selection and assess regression model’s accuracy.
- Build machine learning based regression models and test their performance in R.
- Compare different different machine learning models for regression tasks in R.
- Learn how to select the best statistical & machine learning model for your task.
- Learn when and how machine learning models should be applied.
- Carry out coding exercises & your independent project assignment.

Course Content

- Introduction to the course, Machine Learning & Regression Analysis –> 4 lectures • 23min.
- Software used in this course R-Studio and Introduction to R –> 6 lectures • 30min.
- R Crash Course – get started with R-programming in R-Studio –> 12 lectures • 54min.
- Linear Regression Analysis for Supervised Machine Learning in R –> 10 lectures • 50min.
- More types of regression models –> 5 lectures • 34min.
- Non-Linear Regression Analysis in R: Polynomial & Spline regression, GAMs –> 5 lectures • 32min.
- Non-Parametric Regression Analysis in R: Random Forest, Decision Trees and more –> 6 lectures • 44min.

Requirements

- Availabiliy computer and internet & strong interest in the topic.

*Regression Analysis for Machine Learning & Data Science in R*

My course will be your hands-on guide to the theory and applications of **supervised machine learning** **with the focus on regression analysis using the R-programming language.**

Unlike other courses, it offers NOT ONLY the guided demonstrations of the R-scripts but also covers theoretical background that will allow you to FULLY UNDERSTAND & APPLY REGRESSION ANALYSIS (Linear Regression, Random Forest, KNN, etc) in R (many R packages incl. caret package will be covered) for supervised machine learning and prediction tasks.

This course also covers all the main aspects of practical and highly applied data science related to Machine Learning (i.e. regression analysis). Thus, if you take this course, you will save lots of time & money on other expensive materials in the R based Data Science and Machine Learning domain.

**THIS COURSE HAS 8 SECTIONS COVERING EVERY ASPECT OF MACHINE LEARNING: BOTH THEORY & PRACTISE**

- Fully understand the basics of Regression Analysis (parametric & non-parametric methods) & supervised Machine Learning from theory to practice
- Harness applications of parametric and non-parametric regressions in R
- Learn how to apply correctly regression models and test them in R
- Learn how to select the best statistical & machine learning model for your task
- Carry out coding exercises & your independent project assignment
- Learn the basics of R-programming
- Get a copy of all scripts used in the course
- and MORE

**NO PRIOR R OR STATISTICS/MACHINE LEARNING / R KNOWLEDGE REQUIRED:**

You’ll start by absorbing the most valuable Regression Analysis & R-programming basics, and techniques. I use easy-to-understand, hands-on methods to simplify and address even the most difficult concepts in R.

My course will help you implement the methods using real data obtained from different sources. Thus, after completing my Regression Analysis for Machine Learning in R course, you’ll easily use different data streams and data science packages to work with real data in R.

In case it is your first encounter with R, don’t worry, my course a full introduction to the R & R-programming in this course.

**This course is different from other training resources. Each lecture seeks to enhance your Regression modeling and Machine Learning skills in a demonstrable and easy-to-follow manner and provide you with practically implementable solutions.** You’ll be able to start analyzing different streams of data for your projects and gain appreciation from your future employers with your improved machine learning skills and knowledge of cutting edge data science methods.

The course is ideal for professionals who need to use cluster analysis, unsupervised machine learning, and R in their field.

**One important part of the course is the practical exercises.** You will be given some precise instructions and datasets to run Machine Learning algorithms using the R tools.

**JOIN MY COURSE NOW!**