Simulación de robots y sensores en Ignition Gazebo y ROS 2

Simulación de robots móviles y sensores en Ignition Gazebo y ROS 2
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Udemy
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Español
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Engineering
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Simulación de robots y sensores en Ignition Gazebo y ROS 2
52
students
3.5 hours
content
Nov 2024
last update
$29.99
regular price

Why take this course?

🤖 Simulación de robots móviles y sensores en Ignition Gazebo y ROS 2 📚 Course Description:

Dive into the world of advanced robotics with our comprehensive online course, "Simulación de robots móviles y sensores en Ignition Gazebo y ROS 2". This course is designed to equip you with the knowledge and skills necessary to simulate complex robotic systems using the latest technologies.

What You Will Learn:

📦 Sección 1: Configuración del entorno de simulación

  • Welcome video to kickstart your learning journey.
  • Master the installation and personalized configuration of Ignition Gazebo.
  • Understand and work with model descriptors in SDF (Simulation Description Format).
  • Learn to spawn robots using a service interface.
  • Get familiar with Ignition's topics and link them with ROS 2 topics.
  • Introduce yourself to our featured robots: quadrotor, omnidirectional, and Ackermann steering robots.

🔋 Sección 2: Descripción de robots usando el formato URDF

  • Explore the Universal Robot Description Format (URDF) to describe robots in detail.
  • Gain insights into writing and compiling a ROS 2 package.
  • Understand the basics of URDF and the launch file, with an emphasis on the latter.
  • Dive into the description of a differential robot with namespace and pose plugins.

👁 Sección 3: Configuración de sensores

  • Learn to configure a variety of widely used sensors in robotics, such as LiDAR, multidimensional LiDAR, monocular camera, and RGB-D camera (depth map).
  • Discover how to simulate the battery level status.

🌟 Sección 4: Robot omnidireccional usando 4 ruedas mecanum

  • Delve into macros to describe an advanced omnidirectional robot with four Mecanum wheels.
  • Explore how to simulate lighting conditions using conditional statements.
  • Simulate a differential robot with four wheels.
  • Understand the use of a node to publish transformations.
  • Configure Rviz settings for an immersive simulation experience.

Why Take This Course?

  • Industry Relevant: Gain skills that are highly sought after in the robotics industry.
  • Real-World Applications: Apply what you learn to actual robotic systems and sensors.
  • Skill Mastery: From zero to hero, we'll take you through all the necessary steps to master the simulation of robots with Ignition Gazebo and ROS 2.

Who Is This Course For?

  • Engineers and developers interested in robotics and simulation technologies.
  • Students looking to explore advanced topics in their field of study.
  • Professionals aiming to enhance their skill set with the latest tools in robotic simulation.

Enroll now and embark on a journey to master robotic simulations with Ignition Gazebo and ROS 2! 🚀🤖

Course Gallery

Simulación de robots y sensores en Ignition Gazebo y ROS 2 – Screenshot 1
Screenshot 1Simulación de robots y sensores en Ignition Gazebo y ROS 2
Simulación de robots y sensores en Ignition Gazebo y ROS 2 – Screenshot 2
Screenshot 2Simulación de robots y sensores en Ignition Gazebo y ROS 2
Simulación de robots y sensores en Ignition Gazebo y ROS 2 – Screenshot 3
Screenshot 3Simulación de robots y sensores en Ignition Gazebo y ROS 2
Simulación de robots y sensores en Ignition Gazebo y ROS 2 – Screenshot 4
Screenshot 4Simulación de robots y sensores en Ignition Gazebo y ROS 2

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6300235
udemy ID
21/11/2024
course created date
26/11/2024
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