DINASORE: A Dynamic Intelligent Reconfiguration Tool for Cyber-Physical Production Systems

Channel:
Eclipse Foundation
Subscribers:
24,200
Published on ● Video Link: https://www.youtube.com/watch?v=wiOu3vu0_tk


Duration: 22:29
166 views
2

Authors:
- Eliseu Moura Pereira, University of Porto
- João Pedro Correia dos Reis, University of Porto
- Gil Goncalves, University of Porto

Abstract:
The nowadays industrial digital revolution demands for software driven solutions where reconfiguration is one of the key enablers to achieve smart manufacturing by easy deployment and code reuse. Despite existing several tools and platforms that allow for software reconfiguration at the digital twin / edge level, it is most of the times difficult to make use of state of the art algorithms developed in the most popular programming languages due to software incompatibility. This paper presents a novel framework named Dynamic INtelligent Architecture for Software MOdular REconfiguration (DINASORE) that implements the industrial standard IEC 61499 based in Function Blocks (FB) in Python language for Cyber-Physical Production Systems' implementation. It adopts the 4DIAC-IDE as graphical user interface (GUI) to ease the design and deployment of FBs to quickly and on-demand reconfigure target equipment. The proposed framework provides data integration to third party platforms through the use of OPC-UA. The test scenarios demonstrate that the proposed framework 1) is flexible and reliable for different applications and 2) linear increases the CPU and memory workload for a large amount of FBs.



Other Videos By Eclipse Foundation


2020-10-21Eclipse Theia vs Che vs VS Code
2020-10-21Eclipse Tips and Tricks
2020-10-21Building Scaled 1:10 Autonomous Cars with Eclipse Technologies
2020-10-21What's new in Java?
2020-10-21Eclipse CDT 10.0 and beyond
2020-10-21Acceleo 4 ever
2020-10-20Innovation Ecosystems: Building (Open Source) Commons for More Efficient and Sustainable Industries
2020-10-20Moving from GUI to API testing: challenges faced & lessons learned
2020-10-20Timing Analysis of Car-to-Car Communication Systems Using Real-Time Calculus: A Case Study
2020-10-15Smart Building Energy and Comfort Management Based on Sensor Activity Recognition and Prediction
2020-10-15DINASORE: A Dynamic Intelligent Reconfiguration Tool for Cyber-Physical Production Systems
2020-10-15Cobbles and Potholes – On the Bumpy Road to Secure Software Supply Chains
2020-10-15Risk Assessment in IoT Case Study: Collaborative Robots System
2020-10-15Integrated Solution for Industrial IoT Data Security - the CHARIOT Solution
2020-10-15Model Based Methodology and Framework for Design and Management of Next-Gen IoT Systems
2020-10-15Securing low power device communication in critical infrastructure management
2020-10-15Prescriptive System for Reconfigurable Manufacturing Systems ...
2020-10-15REPLICA: A Solution for Next Gen. IoT and Digital Twin Based Fault Diagn. & Predictive Maintenance
2020-10-15Semantic Models for Network Intrusion Detection
2020-10-15Bringing Clouds down to Earth: Modeling Arrowhead Deployments via Eclipse Vorto
2020-10-15A Cross-Platform Communication Mechanism for ROS-Based Cyber-Physical System


Tags:
SAM-IoT
Modelling
IoT
DINASORE