[ROS Q&A] Smart Grasping Sandbox online Testbed by Shadow Robot
The Construct Robotics Institute 1:18
1,559 views · 9 likes Watch on YouTube ↗
For massive ROS learning click here: https://goo.gl/LBT7EN
ROS Development Studio: https://goo.gl/EtFqmE
This a sandbox prepared by Hugo Cupcic from Shadow Robot, showing how to make the Smart Grasping solution grasp a ball, attached to a UR5 arm.
The sandbox contains a notebook on the left that describes how to use the robot using Python. You can execute the Python ROS code directly from the notebook (no need to create packages or else).
The ROS packages and the full code is provided on the right hand side, so you can learn how this simulation and its ROS programs have been implemented (you can download it too).
You can access that environment by going to the ROS Development Studio. The ROS Development Studio (RDS) is available online and allows you to program and test any robot of the world without having to have the robot.
----------Want to advance your ROS learning and master the latest Robotics topics?-----------
::Visit Robot Ignite Academy, try the platform for free: https://goo.gl/LBT7EN
Robot Ignite Academy is an integrated ROS learning platform which contains a series of online ROS tutorials tied to online simulations, giving you the tools and knowledge to understand and create any ROS based robotics development.
------------You are ROS expert and want to develop your next ROS project?-----------
::Visit ROS Development Studio, try the platform for free: https://goo.gl/EtFqmE
In ROS Development Studio, you will be able to:
-develop ROS programs for robots in a faster and more effective way
-test the programs in real time on the provided simulated robots
-use graphical ROS tools which are included in the RDS
-test what you have developed in the real robot
all of these are using ONLY a web browser without any installation and not limited by any device.
ROS Development Studio: https://goo.gl/EtFqmE
This a sandbox prepared by Hugo Cupcic from Shadow Robot, showing how to make the Smart Grasping solution grasp a ball, attached to a UR5 arm.
The sandbox contains a notebook on the left that describes how to use the robot using Python. You can execute the Python ROS code directly from the notebook (no need to create packages or else).
The ROS packages and the full code is provided on the right hand side, so you can learn how this simulation and its ROS programs have been implemented (you can download it too).
You can access that environment by going to the ROS Development Studio. The ROS Development Studio (RDS) is available online and allows you to program and test any robot of the world without having to have the robot.
----------Want to advance your ROS learning and master the latest Robotics topics?-----------
::Visit Robot Ignite Academy, try the platform for free: https://goo.gl/LBT7EN
Robot Ignite Academy is an integrated ROS learning platform which contains a series of online ROS tutorials tied to online simulations, giving you the tools and knowledge to understand and create any ROS based robotics development.
------------You are ROS expert and want to develop your next ROS project?-----------
::Visit ROS Development Studio, try the platform for free: https://goo.gl/EtFqmE
In ROS Development Studio, you will be able to:
-develop ROS programs for robots in a faster and more effective way
-test the programs in real time on the provided simulated robots
-use graphical ROS tools which are included in the RDS
-test what you have developed in the real robot
all of these are using ONLY a web browser without any installation and not limited by any device.
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