Adam,
This looks really cool and I'll definitely be playing around with it
sometime.
One thing to note while I was looking through the code is that I didn't see
any licenses anywhere in the avr_bridge source. I'd suggest you add some
license notices to the source files, otherwise nobody can actually fork and
improve upon it.
- Eric
On Wed, Jan 5, 2011 at 2:07 PM, Adam Stambler <
adasta@gmail.com> wrote:
> Hello Folks,
>
> I am proud to announce a new tool for using Arduinos and AVR
> processors in ROS projects. avr_bridge
> <http://www.ros.org/wiki/avr_bridge>allows the AVR processors to directly
> publish or subscribe to ROS topics. This allows everything from Arduinos to
> custom robot boards to be first class ROS components. This package can be
> found in Rutgers' new rutgers-ros-pkg<http://github.com/rutgers/rutgers-ros-pkg>.
>
>
> avr_bridge is meant to simplify the use of an Arduino and avr
> processors in a ROS based robot by providing a partial ROS implementation in
> avr c++. In hobbyist robotics, these microcontrollers are often used to read
> sensors and perform low level motor control. Every time a robot needs to
> interface with an AVR board, a new communication system is written.
> Typically they all use a usb-to-serial converter and either a custom binary
> or text based protocol. AVR bridge replaces these custom protocols with an
> automatically generated ROS communication stack that allows the AVR
> processors to directly publish or subscribe to ROS topics.
> avr_bridge has already been deployed on Rutger's PIPER robot
> <http://ieee.rutgers.edu/content/piper>and in the communications layer for
> a Sparkfun imu <http://www.ros.org/wiki/imu_9drazor> driver. In the next
> few weeks, it will be deployed on our newest robot, the Rutgers IGVC entry<http://ieee.rutgers.edu/content/igvc>as the communication layer on all of our custom, low level hardware. By
> using avr_bridge to communicate with our PCs, we have cut down on redundant
> code and simplified the driver by allowing the avr_processor to directly
> publish msgs. It is our hope that by extending ROS to the 8-bit
> microcontroller level we will see more open-source hardware that can be
> quickly integrated into cheap, custom robot platforms.
>
> Cheers,
> Adam Stambler
> Rutgers University
>
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