SHOP4CF stands for Smart Human Oriented Platform for Connected Factories and is...
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Learn about SHOP4CF, its goals and partners: The overall vision of SHOP4CF is that tomorrow’s production requires both machine skills and human resources
TUM has developed a component for the SHOP4CF project that helps us visualize instructions to support human workers in their tasks in the work cell
IFF has developed a component for the SHOP4CF project for collaborative robotics applications featuring speed and and separation monitoring
Tecnalia has developed a component for the SHOP4CF project: The Manual AR Editor which is composed by a web-based authoring tool and a visualizator tool
Tecnalia has developed a component for the SHOP4CF project that enables communication between workers and experts through video streaming and Augmented Reality (AR) indications
Tecnalia has developed a component for the SHOP4CF project: the VR Creator, a we-based scene configurator tool for creating immersive experiences with 3D and 360 content
IMEC has developed a component for the SHOP4CF project: With FLINT it is possible to interconnect Internet of Things devices, networks, systems and middleware
IMEC has developed an Open WiFi component for the SHOP4CF project: it offers an open source implementation of the 802.11 WiFi standard which can be fully customized to the needs of the specific use case
IMEC has developed a component for the SHOP4CF project and in this video we show how Wi-POS can be used in the factory floor to help improve the process efficiency and increase the safety of the workforce
FZI has developed a component for the SHOP4CF project: The DTS component analyses and manages robot tasks
FZI and IRT Jules Verne have developed together the Human Aware Mobile Robot Navigation component for the SHOP4CF project in order to improve the way mobile robots move around humans
DTI has developed a component for the SHOP4CF project: Human-Centered Process Optimization based on RL in which its main functionality is to provide Reinforcement Learning logic wrapped in ROS2 packages
DTI has developed the ROS2 Monitoring component for the SHOP4CF project which is meant for developers using ROS2: a dashboard for monitoring health, login, examining services, publishers and subscribers associated to ROS2 nodes
PSNC and VWP have developed together the Predictive Maintenance and Anomaly Detection in Automotive Industry Component for the SHOP4CF project. It detects problems during the KTL painting process and supports maintenance needs in the KTL area
TU/E has developed a component for the SHOP4CF project
UPM has developed an Interoperability Layer Through Web of Things Component for the SHOP4CF project: a tool that can convert Open-API based REST interface to the W3C Web of Things standard to extend its interoperability through a standard approach
IMEC has developed a component for the SHOP4CF project: the DYAMAND platform enables users to connect abstract translate digital equipment and enable data to be used by applications in the required format
TAU has developed a component for the SHOP4CF project: the M2O2P platform to enable robot control using natural human actions as input, which are in this case, hand gestures
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