Arash Daneshvar
Real-World Industrial Deployment of Vision–Based Robotic Manipulation in the Beverage Industry.
Rel. Giuseppe Bruno Averta, Davide Buoso. Politecnico di Torino, Master of science program in Data Science And Engineering, 2026
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Abstract
This study explores the potential development and industrial deployment of a vision-based robotic manipulation system for cup detection and Pick-and-Place tasks using a collaborative arm robot in the beverage industry. Indeed, while most of the existing study has done on laboratory environments, this study demonstrate real production implementation gap. To do this, a dedicated domain-specific dataset was collected to fine- tune a YOLOv8 model. The YOLOv8 model was selected for its balance between accuracy and real-time performance on the edge device. To enhance robustness under varying conditions, a hybrid perception strategy combining deep learning–based detection with ROI-based depth-difference subtraction was introduced.
The 3D position of the detected cup was computed using an RGB-D camera and afterward transformed into the robot base frame via an Eye-to-Hand transformation matrix
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