Media Summary: How to make a robot move around an indoor area, following a fixed path, while avoiding unexpected obstacles? In this Let's learn how to create a Gazebo world for Cozmo robot using SDF format. We will create an office desktop where Cozmo can ... Today we deal with the problem of how to merge odometry and IMU data to obtain a more stable localization of the robot. We will ...

Ros Developers Live Class 56 - Detailed Analysis & Overview

How to make a robot move around an indoor area, following a fixed path, while avoiding unexpected obstacles? In this Let's learn how to create a Gazebo world for Cozmo robot using SDF format. We will create an office desktop where Cozmo can ... Today we deal with the problem of how to merge odometry and IMU data to obtain a more stable localization of the robot. We will ... Every Wednesday at 18:00 CET/CEST. This is a HRIM is a common interface for ROS2 based robot modules. Its goal is to facilitate interoperability among different vendors of ...

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ROS Developers LIVE-Class #56: Make Your Robot Patrol An Area
ROS Developers LIVE-Class #47: Create a Gazebo world for Cozmo
ROS Developers LIVE-Class #36: How to use your trained DQNN in the robot
ROS Developers LIVE Class #2: Merging Odometry & IMU data for Robot Localization
ROS Developers Live-Class #50: Autonomous Robot Navigation with ROS
ROS Developers LIVE-Class #19: Let's Use Gazebo Plugins
ROS Developers LIVE-Class #10: Visually Programming ROS State Machines (Round #2)
Node composition with ROS2 | ROS Developers Live Class # 111
ROS Developers LIVE-Class #17: Let's Simulate a Robotic Arm With Gazebo
ROS Developers LIVE Class #97: Machine Learning for Robotics
ROS Developers LIVE Class #85: What are ROS Messages?
ROS2 Topics in Python | ROS Developers Live Class # 105
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ROS Developers LIVE-Class #56: Make Your Robot Patrol An Area

ROS Developers LIVE-Class #56: Make Your Robot Patrol An Area

How to make a robot move around an indoor area, following a fixed path, while avoiding unexpected obstacles? In this

ROS Developers LIVE-Class #47: Create a Gazebo world for Cozmo

ROS Developers LIVE-Class #47: Create a Gazebo world for Cozmo

Let's learn how to create a Gazebo world for Cozmo robot using SDF format. We will create an office desktop where Cozmo can ...

ROS Developers LIVE-Class #36: How to use your trained DQNN in the robot

ROS Developers LIVE-Class #36: How to use your trained DQNN in the robot

In previous

ROS Developers LIVE Class #2: Merging Odometry & IMU data for Robot Localization

ROS Developers LIVE Class #2: Merging Odometry & IMU data for Robot Localization

Today we deal with the problem of how to merge odometry and IMU data to obtain a more stable localization of the robot. We will ...

ROS Developers Live-Class #50: Autonomous Robot Navigation with ROS

ROS Developers Live-Class #50: Autonomous Robot Navigation with ROS

On the previous

ROS Developers LIVE-Class #19: Let's Use Gazebo Plugins

ROS Developers LIVE-Class #19: Let's Use Gazebo Plugins

In this

ROS Developers LIVE-Class #10: Visually Programming ROS State Machines (Round #2)

ROS Developers LIVE-Class #10: Visually Programming ROS State Machines (Round #2)

This is a

Node composition with ROS2 | ROS Developers Live Class # 111

Node composition with ROS2 | ROS Developers Live Class # 111

In this

ROS Developers LIVE-Class #17: Let's Simulate a Robotic Arm With Gazebo

ROS Developers LIVE-Class #17: Let's Simulate a Robotic Arm With Gazebo

Every Wednesday at 18:00 CET/CEST. This is a

ROS Developers LIVE Class #97: Machine Learning for Robotics

ROS Developers LIVE Class #97: Machine Learning for Robotics

In this

ROS Developers LIVE Class #85: What are ROS Messages?

ROS Developers LIVE Class #85: What are ROS Messages?

Messages are like the blood of a

ROS2 Topics in Python | ROS Developers Live Class # 105

ROS2 Topics in Python | ROS Developers Live Class # 105

In this

ROS Developers LIVE-Class #44: Intro to HRIM, the Hardware Robot Information Model

ROS Developers LIVE-Class #44: Intro to HRIM, the Hardware Robot Information Model

HRIM is a common interface for ROS2 based robot modules. Its goal is to facilitate interoperability among different vendors of ...