Examples of using E-infrastructures in English and their translations into German
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E-Infrastructures have a strong international dimension.
The three-year collaborative project e-Infrastructures Austria was initiated in January 2014.
E-Infrastructures for Research Data and Computing-Intensive Science.
The project willgive recommendations for the implementation of a monitoring system for e-Infrastructures within the EU.
European and National e-Infrastructures need to address the emerging challenge of data centric science.
Member States and research communities are invited to embrace thee-Science paradigm by continuing to exploit the benefits of e-Infrastructures.
E-Infrastructures are currently structured into five intertwined domains, together providing a variety of functions and services.
Member States and the European Commission need toensure that future investment in research facilities is designed to fully exploit e-Infrastructures.
As one of the most important European e-infrastructures OpenAIRE will be in the position to be a weightier distributor to the European Open Science Cloud EOSC.
Over 200 participants from both sides discussed needs and opportunities for cooperation in the areas of microelectronics and microsystems, networked monitoring and control, experimental facilities for the Future Internet,Future Internet security, and e-infrastructures.
E-Infrastructures is another domain where Europe is active at multilateral level, e.g. in the context of GÉANT or the Research Data Alliance24.
The second vector of the strategy aims to consolidate e-Infrastructures as persistent research platforms to ensure‘research continuity.
E-Infrastructures Austria is a project for the coordinated establishment and further development of Austrian infrastructures for digital resources for research and teaching.
The aim of the DARE projectis to develop innovations for the large existing e-infrastructures in Europe, in particular to meet the challenges of large amounts of data for example, volume, variety, velocity and veracity.
E-Infrastructures provide the underlying platforms for computationally intensive applications that enable collaboration combining knowledge from different fields of science.
Similarly, over the past couple ofyears I have attended several conferences on the developments in e-infrastructures and I am consistently surprised at the absolute lack of other long-tail scientist among participants.
The project e-Infrastructures Austria reacts to the opportunities and challenges that arise through the responsible handling of digital objects and new technologies.
PCP actions for HPC R& D in the EU could becomeeligible for Union co-funding(e.g. via Horizon 2020- e-Infrastructures; cohesion policy instruments)15 by following one of the schemes given below.
Develop and support e-infrastructures to host and share scientific information(publications and data) which are interoperable on European and global level.
The European approach to research infrastructures has made remarkable progress in recent years with implementing the ESFRI roadmap for infrastructures21,integrating and opening national research facilities and developing e-infrastructures underpinning a digital European Research Area.
Developing e-Infrastructures to build Europe's innovative advantage is one of the priorities of the Digital Agenda for Europe see IP/10/581, MEMO/10/199 and MEMO/10/200.
This means making publicly-funded scientific information available online, at no extra cost,to European researchers and citizens via sustainable e-infrastructures, also ensuring long-term access to avoid losing scientific information of unique value10.
E-infrastructures and thematic data infrastructures for storing and providing access to data are now rapidly emerging worldwide, but the financing models to ensure long-term access are often lacking.
The transfer of expertise to areas beyond science(e.g. e-Health, e-Government, e-Learning)and the use of e-Infrastructures as cost-efficient platforms for large-scale technological experimentation(e.g. Future Internet, massively parallel software, Living Labs) are different dimensions to be explored.
The e-infrastructures approach should be expanded to more application-oriented and user-oriented platforms'[…] they‘are needed in sectors such as e-Government(especially procurement), e-Health(cross-border applications), logistics and transport'….
The emphasis will be on: stronger support for frontier research(through the European Research Council); future and emerging technologies; skills, training and career development of researchers(Marie Curie Actions); and networkingof, access to, and development of priority research infrastructures including e-infrastructures.
By providing common responses to different user requirements, e-Infrastructures are crucial in order to foster scientific excellence, promote global scientific partnerships and stimulate the development of high-quality human capital, while ensuring economies of scale.
Amongst others he held invited talks at the Stanford University, University of California, Berkeley, the Washington State University, the Queens School of Business, Canada, the Vienna University of Economics and Business, the Aalto University School of Business, Finland, the Copenhagen Business School, Denmark, the Warwick Business School,UK and the e-IRG E-Infrastructures reflection group of the German EU-Presidency.
New strategies for the technological development of e-Infrastructures are also fundamental to ensure‘future-proof' solutions, based on open standards, which can be maintained and further improved in the long run and add value to the investment in research facilities, large and/or unique instruments.
In recent years, the Commission has supported the development of e-infrastructures for science, including scientific data infrastructures, measures to make national infrastructures more interoperable, and the preparatory phases for the setting up of sustainable European thematic data infrastructures identified in the ESFRI34 Roadmap.
