[ros-users] ROS Repository for Roboard Now Available

Taylor Veltrop taylor at veltrop.com
Fri Oct 22 09:51:07 UTC 2010


I am pleased to announce the Veltrop ROS Repository!

If any of you out there are using using small servo based robots,  
especially humanoid, then then check this out!

The Veltrop ROS Repository leverages ROS to get hobbyists and  
researchers quickly up and running with the Roboard operating a  
humanoid robot.

The Roboard is a small 1Ghz 486 platform that has built in PWM  
control, and many IO ports:
http://www.roboard.com/

Info on KHR style humanoid:
http://www.kondo-robot.com/EN/product/khr-1hv.html

The repository consists of a stack suitable for the Roboard, and  
another stack specialized for small joint based robots.

The hobby community seems to be reinventing the wheel with each person  
that combines an embedded PC with one of these humanoid robots.  When  
the beginner tries to do this it's too daunting, and for others it is  
very time consuming.  So I hope to alleviate this, and get some help  
back too.

Here's a summary of some of the features:
- Pose the robot based on definitions in an XML file
- Execute motions by running a series of timed poses (XML)
- Stabilization via gyro data
- Definition of a KHR style robot linkage for 3D virtual modeling and  
servo control (URDF)
- Calibrate trim of robot with GUI
- Calibrate gyro stabilization with GUI
- Import poses and trim (not motions) from Kondo's Heart2Heart RCB files
- Control robot remotely over network with keyboard
- Control robot with PS3 controller over bluetooth
- Support for HMC6343 compass/tilt sensor
- Support for Kondo gyro sensors
- Stereo video capture and processing into point cloud
- CPU heavy tasks (such as stereo processing) can be executed on  
remote computer
- Controls Kondo PWM servos

Here's some missing parts (maybe others would like to contribute here?)
- Control Kondo serial servos
- GUI for editing and running poses/motions
- Tool to capture poses
- More sophisticated motion scripting
- GUI for calibration of A/D inputs

My next goals for this project are to incorporate navigation, and arm/ 
gripper trajectory planning.

The documentation is here:
http://taylor.veltrop.com/robotics/khrhumanoidv2.php?topic=veltrop-ros-pkg
There's a lot of other relevant information to the robot throughout  
the site.

The repository is hosted on sourceforge:
http://sourceforge.net/projects/veltrop-ros-pkg

I hope someone out there has a chance to try this out and contribute!

Taylor


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