mxochicale
commented
3 weeks ago Dear @mhubii Thank you for your submission! We are pleased to inform you that your poster has been accepted.
We have extended the poster submission deadline to June 14 to encourage additional submissions. As a result, we will provide further details on submitting posters to Zenodo on June 17. In the meantime, please feel free to finalise your poster in either A0 or A1 format for its presentation on June 28. For additional information please add comments in the current issue or contact Eva Herbst at eva.herbst@hest.ethz.ch and Miguel Xochicale m.xochicale@ucl.ac.uk
Thanks, @evaherbst @thompson318, and @mxochicale
@cmower, @tvercaut, @cbergeles
Personal Details
Which subtheme most closely connects to your poster?
Poster title
LBR-Stack: ROS 2 and Python Integration of KUKA FRI for Med and IIWA Robots
Source code: https://github.com/lbr-stack/lbr_fri_ros2_stack/ Poster draft: https://docs.google.com/presentation/d/1HCWLj45a1Wz0ztmfNr6DS-eROC0UJkhI1CJPOICt-pU/edit?usp=sharing
Briefly describe your poster proposal
The KUKA LBR series (IIWA and Med) is a widely adopted platform in both industry and research, especially in the medical field where the medical variants of the IIWA are licensed for integration into medical products. Despite their extensive use, particularly in research, other collaborative robots (cobots), such as the more cost-effective Franka Emika Pandas, have gained significant traction in data-driven applications. This increased adoption of the Panda cobots can be partially attributed to their large and active user community, which facilitates code sharing and collaboration, thereby enhancing research efforts.
In contrast, the community support for the KUKA LBR series has been less robust, largely due to fragmented drivers across various programming languages (Java, Matlab, and C++) and poor backward compatibility. The LBR-Stack aims to resolve these issues by offering a streamlined software architecture that integrates KUKA’s FRI client SDK with ROS 2. This architecture ensures backward compatibility with all versions of the FRI, thereby consolidating a larger segment of the user community and promoting research collaboration. This development was enabled by KUKA’s decision to permit the redistribution of the FRI library starting from version 1.11.