Harvesting Robot
Artist Impression
Sweet-pepper crop
in the greenhouse

For best quality watch videos in full screen mode (click in lower right corner of the corresponding video).

 

NEW: Sweeper final system

You can also download the complete
video file here (right click: save target as).

Copyright notice:

  • The complete film is available for non broadcasting use only.
  • Images film are available for broadcasting use.
  • Music and voice over not available for broadcasting use without consultation.

 

 

Overview film on sweet-pepper production at grower and project partner De Tuindershoek.















 

In this video the robot is trying different approaching directions using visual servo control to locate and move towards the fruits as soon as they are not blocked by leaves.

Read also in this newsletter about the background.





























 

 

 

 

For best quality watch full screen mode (click in lower right corner of the video).

 

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This workpackage will be in charge of integrating the drivers for sensors and actuators, developed in WP2, with ROS (Robot Operating System). ROS will be used for core communication functionality and all communication between software modules developed in ROS will be defined in this work package. The software framework developed as part of CROPS will be implemented and extended. For interaction with end-users, a graphical user interface will be designed that is accessible through hardware on the robot, but also through an interface for remote control. Another part of this work package concerns training of the other partners, especially the industries, in usage of ROS software. Establishment and maintenance of a software repository system will ensure efficient exchange of software between the partners. An internal wiki will contain documentation of soft- and hardware components as well as acting as a support for integration of them.

Workpackage leader

UMEA University – UMU (SE)

 

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