Organisation of scientific data and knowledge
The Open Research Knowledge Graph (ORKG) revolutionises how scientific knowledge is shared and used. With a structured, searchable knowledge graph, the ORKG makes scientific information more accessible and usable for the global research community, transforming the way scientific knowledge is shared and utilised. By providing a structured, searchable knowledge graph, the ORKG enhances the accessibility and usability of scientific information for researchers worldwide, addressing the challenges posed by the ever-growing volume of scientific publications and the need for efficient knowledge management.
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Data Markets, Data Ecosystems & Data Platforms
The rapid growth of data generation and consumption has led to the emergence and proliferation of data markets, ecosystems, and platforms. These entities play a crucial role in the federalisation, optimisation, and integration of data, enabling stakeholders to trade, generate, and consume data efficiently. Addressing key challenges through federalisation, optimisation, and integration efforts, and promoting best practices in data management, the following projects aim to co-create more efficient, secure, and collaborative data environments, collectively contributing to the advancement of data markets, ecosystems, and platforms.
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Data Entrepreneurship, Business, Culture & Arts
The intersection of data entrepreneurship, business, culture, and arts represents a dynamic and innovative field where creative and technological sectors converge. This synergy fosters new business models and enhances digital, cultural and artistic experiences. By leveraging data and technology, stakeholders can drive innovation, enhance cultural experiences, and contribute to economic growth. The integration of arts and culture with business and technology enriches the creative sector and opens new avenues for entrepreneurial ventures. The following projects collectively demonstrate the potential of combining data entrepreneurship with the creative sector, co-shaping the future of data-driven entrepreneurship in the arts and culture through collaborative and innovative approaches.
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Digital Energy, Climate & Mobility
The digitalisation of the European energy system is a critical step towards achieving a sustainable and resilient energy future. This process involves integrating innovative technologies into energy systems and developing energy-specific AI tools to enhance efficiency, reliability, and sustainability. The digitalisation of the European energy sector is pivotal in addressing the challenges of climate change, enhancing the efficiency, reliability, and sustainability of energy systems, thus ensuring a sustainable energy future. Through such initiatives, Europe is progressing towards a more resilient and environmentally friendly energy landscape. The following projects illustrate the significant advancements and initiatives undertaken in this sector.
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Education
The integration of intelligent systems in education is revolutionising the way teaching and learning are conducted. These systems enable target group-specific teaching and personalized learning, catering to the diverse needs of students. The integration of intelligent systems in education is transforming the landscape of teaching and learning, paving the way for a more accessible and equitable education system. The following projects highlight the advancements in this field, focusing on innovative approaches to education and demonstrating the potential of these systems to provide personalized, inclusive, and effective educational experiences.
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Manufacturing & Automation
The advent of highly networked, intelligent technologies is transforming the manufacturing and automation sectors. These innovations offer the potential to radically reorganise production and service processes, enabling efficient redistribution of work between humans and machines, driving significant advancements in production and service processes. The integration of highly networked, intelligent technologies in manufacturing and automation demonstrate the potential of these technologies to enhance efficiency, flexibility, and sustainability in industrial operations. By fostering collaboration between academia, industry, and research institutions, the following projects exemplify the cutting-edge advancements in this field, paving the way for a more innovative and resilient manufacturing sector.
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Health
The integration of IT and AI in medical research and therapy is transforming healthcare by enabling personalized treatments and placing the patient at the center of care. Such approaches leverage advanced technologies tailoring treatments to individual patient needs, improving outcomes and enhancing the overall patient experience. The following projects exemplify AI and IT-supported healthcare and medical research, enabling personalized treatments and placing the patient at the center of care.
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Data & Web Science
Interdisciplinary approaches in Web Science combine research to address complex challenges and develop innovative solutions that leverage the vast potential of web technologies. By addressing diverse challenges and leveraging the power of web technologies, strategic projects aim to contribute to a deeper understanding and more effective use of the web in various domains. The following projects exemplify our commitment to advancing web science through interdisciplinary research and collaboration.
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