Examples of using Embedded computing systems in English and their translations into Hungarian
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Embedded Computing Systems.
Discharge 2010: ARTEMIS- Embedded Computing Systems.
Embedded computing systems(see INT/364).
Artemis Joint Undertaking(embedded computing systems).
Embedded computing systems, although invisible, make a significant contribution to improving our daily lives.
The ECSEL Joint Undertaking is a public-private partnership in nano-electronics and embedded computing systems research.
The Specific Programme"Cooperation" identifies embedded computing systems as one of the areas where a JTI could have a particular relevance.
The first JTIs have been set up in five fields: innovative medicines, aeronautics, fuelcells and hydrogen, nanoelectronics and embedded computing systems.
Today's decision creates the legal framework to establish ARTEMIS, the embedded computing systems JTI, and IMI, the Innovative Medicines Initiative.
The proposed JTI on Embedded Computing Systems(ARTEMIS JTI) is an appropriate means to implement an initiative to realise Europe's potential in the future markets for intelligent products, processes and services.
Their transactions were legal and regular, with the exception of Artemis(embedded computing systems), ENIAC(nano-electronics) and ECSEL(electric components and systems). .
In addition, the seven joint undertakings produced reliable accounts for 2013, but for three of them we issued qualified opinions in respect of the legality and regularity of the transactions underlying their accounts.These were Artemis(Embedded Computing Systems), ENIAC(Nano- electronics) and IMI(Innovative Medicines).
Six JTls(Innovative medicines, Nanoelectronics, Embedded computing systems, Aeronautics and air transport, Hydrogen and Fuel Cells and Global monitoring for environment and security) are being considered.
This includes Joint Technology Initiatives(JTIs) in the fields of nanotechnology, innovative medicines,hydrogen and fuel cells, embedded computing systems, aeronautics and air transport, and global monitoring for environment and security.
(n) to develop close cooperation and ensure coordination with European, national and transnational activities, bodies and stakeholders, aiming at fostering a fertile innovation environment inEurope and better synergies and exploitation of research and development results in the area of Embedded Computing Systems;
With public contributions from the EU and participating MS, the ARTEMIS(embedded computing systems) and ENIAC(nanoelectronics) JTIs aim to implement a research agenda defined by industry and academic/research organisations.
In the Co-operation Specific Programme2 six areas are identified where a JTI could have particular relevance: hydrogen and fuel cells, aeronautics and air transport,innovative medicines, embedded computing systems, nanoelectronics and GMES(global monitoring for environment and security).
This activity has reinforced the work done by the ETPs,for example ARTEMIS(embedded computing systems), ENIAC(nanoelectronics), EPoSS(smart systems integration), FTC(future textiles and clothing), ManuFuture(future manufacturing technologies), NanoMedicine, Industrial Safety and SusChem(sustainable chemistry).
In the Co-operation Specific Programme, JTIs are identified potentially in six areas: hydrogen and fuel cells, aeronautics and air transport,innovative medicines, embedded computing systems, nano-electronics and GMES(global monitoring for environment and security).
In October 2011, Europe's five Joint Technology Initiatives- ARTEMIS(embedded computing systems), Clean Sky(aeronautics and air transport), ENIAC JU(nano-electronics), FCH JU(fuel cells and hydrogen) and IMI(innovative medicines)- jointly presented the first achievements of their EUR 10 billion research and innovation programmes in the European Parliament.
A first set of initiatives have been identified withclear objectives and deliverables in the areas of innovative medicines, nanoelectronics, embedded computing systems, hydrogen and fuel cells, aeronautics and air traffic management and global monitoring for environment and security.
Embedded computing systems- the invisible electronics and software that impart intelligence to products and processes- are of strategic importance to the competitiveness of important European industrial sectors such as automotive, avionics, consumer electronics, telecommunications, medical systems and manufacturing.
The main objective of the Joint Undertaking is to define andimplement a“research agenda” for the development of key technologies for embedded computing systems across different application areas, in order to strengthen European competitiveness and sustainability and allow the emergence of new markets and societal applications2.
The"Co-operation" Specific Programme of the European Community Seventh Framework Programme(2007-2013) identifies fuel cells and hydrogen as oneof six areas where a Joint Technology Initiative(JTI) could be particularly relevant, alongside aeronautics and air transport, innovative medicines, embedded computing systems, nanoelectronics and global monitoring for environment and security(GMES).
This Research Agenda should identify and regularly review research priorities for the development andadoption of key technologies for embedded computing systems across different application areas in order to strengthen European competitiveness and allow the emergence of new markets and societal applications.
The"Co-operation" Specific Programme2 identifies fuel cells and hydrogen as oneof six areas where a JTI could be particularly relevant, alongside aeronautics and air transport, innovative medicines, embedded computing systems, nanoelectronics and global monitoring for environment and security(GMES).
Whereas the Artemis Joint Undertaking(‘the Joint Undertaking') was set up in December 2007 for a period of 10 years to define andimplement a‘Research Agenda' for the development of key technologies for embedded computing systems across different application areas in order to strengthen European competitiveness and sustainability, and allow the emergence of new markets and societal applications.
Activities will cover collaboration and networking actions, support to Joint Technology Initiatives-including selected aspects of research in the areas of Nanoelectronics Technologies and Embedded Computing Systems- and national programme co-ordination initiatives- including in the area of Ambient Assisted Living.
Science(competitiveness) poles, which encompass universities, science and technology parks, incubators and technology centres, should be given a key role in pursuing EU priorities for the development of nanotechnologies, innovative medicines,hydrogen and fuel cells, embedded computing systems, aeronautics and air transport, together with global monitoring for environment and security; in addition, steps should be taken to facilitate the setting up of such structures.