Name: The Autonomous Robotic Manipulation Lab
Type: Organization
Bio: The Autonomous Robotic Manipulation Lab studies motion planning, manipulation, and human-robot collaboration.
Location: University of Michigan
Blog: arm.eecs.umich.edu
The Autonomous Robotic Manipulation Lab's Projects
A small repository of common utilities that were split off of the smmap repository.
ROS driver for controlling Boston Dynamics' Spot robot
Soft Tracking Using Contacts for Cluttered Objects
Experiments for STUCCO
ros drivers for the TakkTile tactile array
Trap aware model predictive control
A generic tensorflow library for robotics: a bridge between robotics problem and modern machine learning architecture. Provides forward kinematics, Jacobians, rollouts of controlled dynamic system and various machine learning tools.
Traversability-based contact planner code release
Framework for motion planning with uncertainty
SE(2), SE(3), Baxter, and UR5 examples for using uncertainty_planning_core
Unity project for teleoperation of ARM-lab's "Victor" robot using an HTC Vive
Graph Search library for bsaund's research
Code accompanying the paper "Learning Where to Trust Unreliable Models in an Unstructured World for Deformable Object Manipulation"
Code for unsupervised online learning (reaching prediction)
Pybullet simulation for visual servoing of a dual arm robot val
ROS2 stack for victor
Stochastic Adversarial Video Prediction
Visual Foresight: Model-Based Deep Reinforcement Learning for Vision-Based Robotic Control
position based visual servoing library with PnP pose estimation
Pytorch version of voxnet: https://github.com/dimatura/voxnet
Unity project and ROS 2 interface definitions for using the HTC Vive
[ROS 1] Teleop control of dual arm robots using virtual reality devices