Learn to build ROS2 based Drones Computer Vision Drone
Learn to build ROS2 based Drones Computer Vision Drone, available at $19.99, has an average rating of 3.65, with 56 lectures, based on 65 reviews, and has 344 subscribers.
You will learn about ROS2 Drones for Computer Vision Robot Following using Opencv 3D Go to Goal Behaviour ROS2 Paramters This course is ideal for individuals who are Want to Learn how to Simulate drones in ROS2 or Want to be integerate Computer Vision with Simulated drones or Want to see mathematics in action It is particularly useful for Want to Learn how to Simulate drones in ROS2 or Want to be integerate Computer Vision with Simulated drones or Want to see mathematics in action.
Enroll now: Learn to build ROS2 based Drones Computer Vision Drone
Summary
Title: Learn to build ROS2 based Drones Computer Vision Drone
Price: $19.99
Average Rating: 3.65
Number of Lectures: 56
Number of Published Lectures: 20
Number of Curriculum Items: 56
Number of Published Curriculum Objects: 20
Original Price: $199.99
Quality Status: approved
Status: Live
What You Will Learn
- ROS2 Drones for Computer Vision
- Robot Following using Opencv
- 3D Go to Goal Behaviour
- ROS2 Paramters
Who Should Attend
- Want to Learn how to Simulate drones in ROS2
- Want to be integerate Computer Vision with Simulated drones
- Want to see mathematics in action
Target Audiences
- Want to Learn how to Simulate drones in ROS2
- Want to be integerate Computer Vision with Simulated drones
- Want to see mathematics in action
Course Updated to ROS2 Humble:
Rating is for OLD version of this course. The New update to projects and way of explaining is what you are going to love 🙂
This updated course offers a comprehensive dive into ROS2 Humble, featuring all-new projects and enhanced explanations that promise to elevate your learning experience. The course is centered around interfacing Hector Drone and its sensors with Python nodes, where you will learn to write algorithms for various drone behaviors within the Gazebo simulation. Throughout the course, you will gain practical experience in drone control using ROS2 C++ nodes, leveraging OpenCV for Python to execute advanced computer vision algorithms in your final project.
Course Highlights:
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Updated to ROS2 Humble: Enjoy the latest improvements and updates in the ROS2 Humble environment.
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Enhanced Learning Experience: Benefit from new projects and a refined teaching approach.
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Interactive Simulations: Engage with Hector Drone in Gazebo for practical, hands-on learning.
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Advanced Computer Vision: Utilize OpenCV for Python to implement computer vision algorithms.
Projects:
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Drone Controlling using ROS2 C++ Nodes: Develop essential skills for drone control by creating and managing ROS2 C++ nodes.
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Drone Following Ground Vehicles through Computer Vision: Implement computer vision techniques to enable a drone to follow ground vehicles autonomously.
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Drone Performing Dynamic Go-to-Goal Behavior: Develop and fine-tune algorithms for dynamic navigation, allowing the drone to move efficiently to a designated goal.
Course Workflow:
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Introduction to Hector Drone and Sensors: Learn to interface the drone’s sensors with Python nodes, setting the foundation for subsequent projects.
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Computer Vision with OpenCV: Apply OpenCV library functions for advanced computer vision tasks, enhancing your drone’s capabilities and performance.
Software Requirements
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Ubuntu 22.04
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ROS2 Humble
Course Curriculum
Chapter 1: Drone Package Setup
Lecture 1: Course Resources
Lecture 2: Virtual Machine setup for Windows
Lecture 3: Development Software Setup
Lecture 4: ROS2 Installation and setup
Lecture 5: What is ROS2 Sourcing
Lecture 6: ROS2 Drone Package Setup
Lecture 7: Creating Package
Chapter 2: Robot Following
Lecture 1: Turtlebot 3 Bringup
Lecture 2: Camera Node
Lecture 3: Opencv Contours
Lecture 4: Computer Vision Moments
Lecture 5: Error values calculation
Lecture 6: Linear Motion
Lecture 7: Angular Motion Addition
Chapter 3: 3D Go to Goal
Lecture 1: Go to Goal Thoery
Lecture 2: Goal Node Creation
Lecture 3: Ecludian Equations
Lecture 4: Optimizing factors
Lecture 5: ROS2 Parameters
Lecture 6: Height Controling
Instructors
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Muhammad Luqman
Heavy Roboticist
Rating Distribution
- 1 stars: 11 votes
- 2 stars: 6 votes
- 3 stars: 11 votes
- 4 stars: 20 votes
- 5 stars: 17 votes
Frequently Asked Questions
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