00:37

Multi-robot coordination with ROS 2: Bubble level test

00:33

Multi-robot collaboration: distributed synchronization of industrial robotic arms over ROS 2

02:06

Moveit 2 first demonstrator from point A to point B with a simulated instance of MARA robotic arm.

01:01

MoveIt 2 motion planning first demonstrator, both in simulation and on real hardware.

00:15

Capabilities of MARA robotic arm, the first ROS 2 industrial robot thanks to H-ROS robot bus.

00:35

Sensorless collision detection for robotic arm with ROS 2

00:38

Reinforcement Learning with Gazebo and ROS 2 in a robotic arm

00:50

Robot coordination: Distributed (sub-microsecond) synchronization of 5 robotic arms through ROS 2.

00:51

MARA robotic arm at Advanced Factories 2019, the largest European Congress on industrial innovation.

00:41

Pick and Place Robot: Playing games with MARA robotic arm, the first modular and ROS 2 native robot

04:48

MARA robotic arm : Training MARAOrient using PPO2 through ROS2learn framework and gym-gazebo2.

02:07

Robot Training: Executing runs on the fly while training MARA robotic arm using transfer learning

01:02

Training MARA robotic arm with gym-gazebo2 Docker usage

01:15

MARA robotic arm: Running a converged policy using ROS2Learn framework and the gym-gazebo2 toolkit

00:12

How smooth does MARA, the new modular robotic arm, move?

22:53

System Integration and Robot Modularity using ROS - Víctor Mayoral at ROS-Industrial Conference 2018

00:13

MARA, the ROS 2 modular robotic arm, showcased by XILINX at SPS IPC Drives

00:50

MARA, the first modular robotic arm running ROS 2 natively in each joint

18:03

ROSCon 2016 Seoul Day 1: The robot blockly package programming ROS with blocks HD

22:14

ROSCon 2016 Seoul Day 1: Introducing H ROS the Hardware Robot Operating System HD

02:56

An underwater robot with the PXFmini

04:52

Extending the OpenAI gym for robotics

01:46

ROS 2: Tutorial 5 - Create a ROS 2 package in C++

01:10

ROS 2: Tutorial 4 - Create a ROS 2 package in Python

02:23

ROS 2: Tutorial 3 - Install ROS 2 in Mac OS X

02:14

ROS 2: Tutorial 2 - Install ROS 2 in Linux

01:35

ROS 2: Tutorial 1 - Install ROS 2 in Erle-Brain Pro

01:48

ROS 2: Tutorial 5 - Crear un paquete ROS 2 en C++

01:08

ROS 2: Tutorial 4 - Crear un paquete ROS 2 en Python

02:40

ROS 2: Tutorial 3 - Instalación de ROS 2 en Mac OS X

02:46

ROS 2: Tutorial 2 - Instalación de ROS 2 en Linux

01:42

ROS 2: Tutorial 1 - Instalación de ROS 2 en Erle Brain Pro

02:19

Erle-Robotics: Erle-Rover obstacles avoidance

05:04

Erle-Robotics: Simulating Erle-Rover in Gazebo

02:16

Erle Robotics: Erle-Copter drone pattern following simulation in gazebo

00:47

Erle Robotics: Flying with Raspberry Pi 3 and PXFmini

01:24

Erle Robotics: Robot blockly update

06:03

Erle Robotics: Assembly of the PXFmini and the Raspberry Pi Zero

01:59

Erle Robotics: Erle-Brain 2 Debian OS preview

01:04

Erle Robotics: Flying Erle-Copter

06:35

How to connect to Erle-Brain 2 ( Windows )

02:47

Tutorial 4: Teleoperation with MAVROS

01:38

Tutorial 3: Automatic take off and land

05:12

Tutorial 2: Testing flight modes

01:04

Tutorial 1: Launching Erle-Copter simulation in Gazebo

00:59

A Raspberry Pi Zero drone

01:20

Programming APM using ROSimple

00:44

Introducing ROSimple

00:59

Arm and Disarm Erle-Copter

00:49

First flight Erle-Copter

00:51

Erle Spider promo

02:26

Erle-Spider, an Ubuntu drone with legs

00:22

Erle-Robotics: Erle-Spider avoiding obstacles

04:58

Learning ROS 4: Making a snappy app out of a ROS package

09:48

Learning ROS 3: Making a ROS package for a drone

05:45

Learning ROS 2: Understanding ROS and creating a catkin workspace

03:09

Learning ROS 1: Getting started and installing ROS

02:03

Erle-Brain: Flashing BeagleBone Black

02:46

Erle Robotics: Teleoperating drones with ROS

02:51

Erle Robotics: Computer vision-based autonomous drones