EDIH Crowd in Motion
The European Digital Innovation Hub (EDIH) “Crowd in Motion” offers tailor-made consulting and innovation services for SMEs and the public sector for green and digital transformation in the tourism, sports and leisure industries.
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PowerTeams – Collaborative engineering of smart grid applications
Collaborative and partially automated engineering of Smart Grid applications along the entire life cycle.
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CE-PASS (Circular Economy – Digital Product Passport)
CE-PASS is an Austrian industrial research project addressing the issue of sustainability-aware automotive design for the Circular Economy.
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DIEGO – Digital Energy Path for Planning and Operation of Sustainable Grid, Products and Society
Energy management and balancing of industrial processes, residential prosumers and e-mobility charging through real-time data exchange and control.
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i-Twin – Semantic Integration Patterns for Data-driven Digital Twins in the Manufacturing Industry
i-Twin investigates interoperability concepts for data-driven digital twins in the manufacturing industry. The project propagates an open source middleware for the integration of operational management systems and connected assets based on semantic integration pat-terns. It aims at reducing the integration effort and allowing exchange of master data and operational data in manufacturing networks. The results are validated in a research laboratory set-up and in an industrial asset management scenario.
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ECOSINT – Energy Community System Integration
Consumption of energy within the framework of local energy communities (LECs for short). However, a positive effect on the operation of the energy networks is the top priority.
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AlTrOPiC – AI-based Anomaly Diagnosis and Traffic Prediction for Service Orchestration and Placement in Clouds
The AITrOPiC project focus on the research and development of AI-based methods to enable automated provisioning of services and processing resources in cloud-based computing infrastructures.
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HWS – Platform-based AI System for Human Motion Analysis to optimize Ergonomics of Hybrid Work Systems in Industry
HWS deals with the increasing levels of automation and the use of collaborative robots, making the shop floor a complex socio-technological system whose processes still need to be safe and secure for humans working in these environments. We take a human-centered view on the planning, analyzing and monitoring of industrial work processes.
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EFPF: European Connected Factory Platform for Agile Manufacturing
The EFPF project realises a federated smart factory ecosystem by initially interlinking four smart factory platforms, from the FoF-11-2016 cluster, through an open and interoperable Data Spine. The federation of the 4 base platforms is complemented by industrial platforms, collaboration tools and smart factory systems, specifically selected to support connected factories in lot-size-one manufacturing.
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5G-AI-MLab
Digitisation in the areas of Industry 4.0 and autonomous driving is rapidly gaining in importance. Wireless communication networks form the necessary basis for this. Since their performance cannot be measured at all place and at all times, it will be necessary to predict performance.
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RoboGen: Gender-sensitive interaction with social robots
RoboGen develops a prototype with a learning agent, which makes gender-sensitive options accessible to all users via feedback from the users, thus enabling gender-sensitive human-robot interaction and a high degree of personalization.
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R2C2 – Reconfigurable Real-time Communication for Cyber-Physical Systems of Systems
Dynamically reconfigurable software-defined real-time networks with AI support
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IoT4CPS – Trustworthy IoT for CPS
The main focus of IoT4CPS will be on developing, producing and operating, highly trustable components and applications for Connected and Automated Driving.
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EMBS – Energy Management Building Set
The EMBS project develops an innovative, integrated control and planning system for demand-response and optimization of multi-utility/-energy devices and installations.
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SCISSOR – Security in Trusted SCADA and Smart Grids
The SCISSOR project is concerned with the security of SCADA systems that are employed in industrial control processes – often in the context of critical infrastructures like energy, water, transport, finance, and health where security breaches potentially have devastating consequences.
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