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This is not strictily related to the board but...
If we want to use ROS with the robot, it's mandatory that we have some sort of odometry for the wheels.
One option is to use accelerometers and integrate (x2) the readings to obtain position, but I think that is not such a good Idea
We can use a simple magnet with a Hall efect sensor.
We can also add a gyro in order to help with the error when the robot is turning (e.g. like in the turtlebot).
The text was updated successfully, but these errors were encountered:
We need odometry and would add the gyro also. Good odometry is necessary and getting it just with encoders is very expensive.
Lucas On Apr 30, 2015 8:15 AM, "Gary Servin" [email protected] wrote:
This is not strictily related to the board but... If we want to use ROS with the robot, it's mandatory that we have some sort of odometry for the wheels. One option is to use accelerometers and integrate (x2) the readings to obtain position, but I think that is not such a good Idea We can use a simple magnet https://www.pololu.com/product/2599 with a Hall efect sensor. We can also add a gyro in order to help with the error when the robot is turning (e.g. like in the turtlebot). — Reply to this email directly or view it on GitHub #25.
We can use a simple magnet https://www.pololu.com/product/2599 with a Hall efect sensor.
— Reply to this email directly or view it on GitHub #25.
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This is not strictily related to the board but...
If we want to use ROS with the robot, it's mandatory that we have some sort of odometry for the wheels.
One option is to use accelerometers and integrate (x2) the readings to obtain position, but I think that is not such a good Idea
We can use a simple magnet with a Hall efect sensor.
We can also add a gyro in order to help with the error when the robot is turning (e.g. like in the turtlebot).
The text was updated successfully, but these errors were encountered: