If you are interested in self driving cars and robotics, then check out this course!

What you will learn

Introduction to Python and the Tree Data Structure

Motion Planning Basics

Calculate a path using The Rapidly Exploring Random Trees (RRT) algorithm

Calculate a path using The RRT Star and Informed RRT Star algorithms

Description

Motion planning or path planning is an engineering field which deals with developing computational algorithms to calculate a path or a trajectory for a robot or any other autonomous vehicle. In this course you will learn the well known Rapidly Exploring Random Trees (RRT) and RRT* algorithms. These are sampling based algorithms unlike search based algorithms (A*), and are used to plan a path from a start to an end location whilst avoiding obstacles. You will be implementing these algorithms in Python. If you do not have any background in programming that is okay as I will teach everything from scratch. There will be 3 interactive assignments in which you will get to test your algorithms. By the end of this course you will have a fundamental understanding of RRT based algorithms. The objective of these algorithms are to generate a path consisting of waypoints from a start to an end location. It will be required to have Python 3.7 along with Numpy and Matplotlib installed to complete the assignments in this course. I will briefly go over installing Python as well, however there are numerous resources which cover the details of setting up Python on your computer. I look forward to seeing you in this course!


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English
language

Content

Introduction

Introduction
Setting up Python and Downloading the Git Repo
Data Structures: Introduction to Trees
Assignment 0

The Rapidly Exploring Random Trees (RRT) Algorithm

RRT Algorithm Explanation
Assignment 1 – Intro
Assignment 1 – Solution

The Rapidly Exploring Random Trees Star (RRT*) Algorithm

RRT Star Algorithm Explanation
Assignment 2 – Intro
Assignment 2 – Solution

The Informed RRT Star Algorithm

Informed RRT Star Algorithm Explanation
Assignment 3 – Intro
Assignment 3 – Solution

Conclusion

Conclusion