Digital Twin-based Condition Monitoring with Distributed Data Mapping of OPC UA and ISO 10303 STEP
summary
Architecture demonstrates a working pipeline that maps OPC UA sensor streams from a fischertechnik assembly line into a STEP-based PLM store, claiming standardized, low-latency condition monitoring. It wires OPC UA on the PLC to a local cloud using Eclipse Arrowhead for service discovery, auth and orchestration, then posts STEP-formatted payloads to EDMtruePLM (ISO 10303) via four REST-style product/sensor services. Results show interoperability, automatic service discovery, reduced latency from local clouds and basic security; next step is linking PLM STEP data to a robot simulation and CAD.
AI-written summary · about
chapters (9)
- 0:00Digital twin and data spaces
- 1:28STEP and OPC UA standards
- 3:13Digital twin challenges
- 4:36Standardized data mapping
- 5:40Eclipse Arrowhead framework
- 8:07Solution workflow and components
- 9:34Use case implementation
- 10:41Findings and benefits
- 12:25Future work
related talks
16mOPC UA Industrial Automation
25mOpenEnergyTwin: Building Open, Interoperable Digital Twin Infrastructure for DSO Grid...
01h 01mSpring Driven Industrial IoT Utilizing Edge, Fog, and Cloud Computing - Mark Weislow, Barry Wood
46mData Distribution Service
44mPanel Discussion: Industry 4.0 in the context of manufacturing engineering.
25mSecure Coding Meets Critical Infrastructure Defense in Water Systems
18mEngineering the Future: Alliander’s Journey Toward Software-Defined Substations
33mWhat If Designing the Future of Aviation Could Be Fully Digital and Collaborative?