Developer - Massachusetts Institute of Technology
interactive.mit.edu/about/robots
"Husky mobilizes teleatonomous bomb disposal research"
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https://youtu.be/RayGgNaoYM4
Optimus': plan and execute
Published on Jan 1, 2015
Quote:
-Motion plan is computed using Drake. I use a given trajectory bundle for the end effector as constraints. The trajectory bundle was learned from human motion.
-The plan is shown on the interface, the operator can review the plan.
-The operator approves the plan and sends to execute
-Robot executes the plan.
-Visualization of the current states at 10Hz.
Uploaded time: December 23, 2014 10:16 AM
https://youtu.be/dd9i7YxSB6I
Optimus' affordance grasp using hand seed
Published on Jul 1, 2015
Quote:
This video shows our robot executing a grasping task using a shared autonomy approach. The system uses Director and Drake for visualization and motion planning.
https://youtu.be/GkjP9dKx4wA
Optimus mobile manipulator simulation in Gazebo
Published on Jul 19, 2015
Quote:
Initial development of a gazebo simulator for the Optimus robot at MIT
https://youtu.be/oqeI6xzgqgA
Optimus robot - shared autonomy
Published on Dec 2, 2015
Quote:
This video shows MIT’s robot OPTIMUS working under remote human control using a shared autonomy approach. Our system uses Director and Drake (drake.mit.edu) for visualization and motion planning.
Optimus is a next generation bomb disposal robot, a 16-DOF dual-arm highly dexterous mobile manipulator that integrates a Highly Dexterous Manipulation System (HDMS) by RE2, a Husky UGV by Clearpath, 3-finger grippers by Robotiq and a Multisense SL by Carnegie Robotics. Optimus can be remotely controlled by a human operator to execute complex manipulation tasks and is being used in our supervised teleautonomy project at the Interactive Robotics Group at CSAIL - MIT.
https://youtu.be/9MqrYXUBYLI
Manipulation tasks using shared autonomy. Optimus robot @ MIT
Published on Jun 9, 2016
Quote:
- This video demonstrates the Optimus Robot performing manipulation tasks using shared autonomy. A human operator performs the task planning with assisted perception and assisted motion planning.
- The robot has no previous knowledge about the tasks and objects have no fiducials. Only on-board sensing is used (no sensors external to the robot).
- Robot motion is shown 1X and no robot motion has been edited. Planning actions are shown on Director, some parts are shown with speed factor of 4X. Planning time edited for brevity.
Interactive Robotics Group @ MIT