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An object manipulation robot developed in ROS. This robot performs five different tasks to several objects and store haptic data from each interactions with the objects. This robot is one among the three robots used in a knowledge transfer research mentioned on resume.

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baxter_tufts

Installation Instruction:

  • If ROS is not installed, follow the instructions in the link below:

http://wiki.ros.org/ROS/Installation

  • If Baxter simulation is not installed, please follow the instructions in the link below:

http://sdk.rethinkrobotics.com/wiki/Simulator_Installation

  • Locate the the file "intera.sh", open and ennsure the ros_version matches the ros version you insatalled. Modify if need.
  • Move the "baxter.sh" file to workspace directory.
  • Clone this repo into the src of your workspace.
  • make the workspace.

Introduction:

This package when ran launches gazebo world, a table and a specified block on the table via a python script. The user specifies the block's serial number(0 through 4) and the number of times to run the code. The joint_state is recorded into a rosbag. The naming convention for the rosbag file is:

                <baxter_model>_<Block number>_<Time stamp>.bag

example:

                 baxter_model_4_2018-08-01-14-25-14.bag

Run:

To run the code, the user runs the following in the commandline:

                roslaunch baxter_tufts pick_and_place_tufts.launch num_of_run:="natural number"

example:

                roslaunch baxter_tufts pick_and_place_tufts.launch num_of_run:=4

where:

  • baxter_tufts -> the name of package
  • pick_and_place_tufts.launch -> the launch file for the gazebo world and the demo python script
  • num_of_run -> number of desired time the robot should pick block. Number should be greater than

Demos:

Grasp, Pick, Hold, Shake and Place(Gif):

drawing

Pick and Place demo(Full Video):

IMAGE ALT TEXT HERE

Push Different Mass demo(Full Video):

IMAGE ALT TEXT HERE

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An object manipulation robot developed in ROS. This robot performs five different tasks to several objects and store haptic data from each interactions with the objects. This robot is one among the three robots used in a knowledge transfer research mentioned on resume.

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