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
RNG seeding and context management for pytorch
Volumetric structures such as voxels and SDFs implemented in pytorch
Reachability map generation and visualization tools used in lab projects.
RLDS dataset builder for Conq's hose manipulation dataset
A ROS package that publishes position of a table in kinect camera frame.
Robotiq packages (http://wiki.ros.org/robotiq)
ROS# is a set of open source software libraries and tools in C# for communicating with ROS from .NET applications, in particular Unity3D
Simple catkin/rosjava plugins for gradle.
An implementation of ROS in pure Java with Android support.
ROS 3D Robot Visualizer
Easy to use tools to create and edit trajectories for the rviz camera.
Pluggin and utils for viewing voxelgrids in RViz
Builds 2D signed distance fields from images, 3D signed distance fields from pointclouds, 3D signed distance fields from Octomap, provides a lightweight signed distance field library, message types for signed distance fields, and tools to compress signed distance fields for transport.
Deprecated: use mps_shape_completion instead
Simultaneous Modeling Manipulation And Planning
Python bindings for SMMAP library
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