EFFRA Innovation Portal

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Intelligent Computer Vision for Digital Twin and Reinforcement Learning for Assembly Line Balancing

Updated at: 04-07-2023

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Title Intelligent Computer Vision for Digital Twin and Reinforcement Learning for Assembly Line Balancing
Description The Experiment, performed by INESC TEC, is labelled “Intelligent Computer Vision for Digital Twin and Reinforcement Learning for Assembly Line Balancing” and the aim was to achieve a balanced

Metrology-integrated Robotics

Project: FA3D VIEWS

Updated at: 25-05-2021

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Description Simultaneously, aerospace components need to be lightweight, and are often flexible until assembled into their final structure.
Product TPR - Dynamic Tracking for Robotic R&D and Structural Testing
Comments TPR - Dynamic Tracking for Robotic R&D and Structural Testing FA3D VIEWS United Kingdom Nottingham

Human-Robot Collaboration 2.0

Updated at: 30-04-2021

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Description Context & Aim Survey on collaborative robot adoption clearly indicated that safety and viability based on cost and speed are the biggest concerns over collaborative robot adoption.

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Intelligent Computer Vision for Digital Twin and Reinforcement Learning for Assembly Line Balancing

Metrology-integrated Robotics

Human-Robot Collaboration 2.0