Übersetzung für "photonics engineer " (Englisch → Deutsch) :

photonic engineer | photonic technology engineering specialist | photonic technology engineering expert | photonics engineer

photon engine

optical systems technician | optical systems technologist | electro-optical technologist | photonics engineering technician

phenomena involving light particles | technology of photonics | photonics | physics of photonics

single photon emission computerised tomography | single-photon-emission computer tomography | SPECT [Abbr.] | SPET [Abbr.]

single photon emission computed tomography | single photon emission computerized tomography | SPECT [Abbr.]

fundamental particle [ electron | elementary particle | neutron | photon | proton ]

means of agricultural production [ agricultural engineering | agricultural infrastructure | agricultural technology | Agricultural engineering | [http ...]

genomics and proteomics; bio-engineering, nanotechnologies and photonics; palaeontology and palaeo-ecology.

In the context of COST decisions to authorize RD institutes in non-COST countries to participate in individual actions, the Committee approved the following participation: - Ukraine : (Academy of Sciences of Ukraine) in action 817; "Population studies of airborne pathogens on cereals as a means of improving strategies for disease control" -USA: (City of Hope National Medical Center, California) in action 244; "Biomedical effects of electromagnetic fields" -USA: (Bell Communications Research, Bellcore, New Jersey) in action 246; "Materials and reliability of passive optical components and optical fibre amplifiers in telecommunication networks". The Committee approved the extension of the following actions: -COST 240: Techniques for modelling and measuring ...[+++] advanced photonic telecommunications components - for a period of two years -COST 211ter: Redundancy reduction techniques for coding in video signals in multimedia services - for a period of two years -COST 239: Ultra-high capacity optical transmission networks - for a period of two years -COST 243: Electromagnetic compatibility in electrical and electronic apparatus and systems - for a period of one year. The Committee also agreed in principle to the following new actions: -on telecommunications -COST 252: Evolution of satellite personal communications from second to future generation systems -COST 253: Service-efficient network interconnection via satellites -COST 254: Intelligent processing and facilities for communication terminals -COST 255: Radiowave propagation modelling for new SatCom services at Ku-Band and above -COST 256: Modelling and simulation environment for satellite/terrestrial networks -COST 257: Impacts of new services on the architecture and performance of broadband networks -COST 258: The naturalness of synthetic speech -and on other subjects: -COST D 8: The chemistry of metals in medicine -COST C 6: Town and infrastructure planning for safety and urban quality for pedestrians -COST C 7: Soil ...

To this end, six topics have been identified: - "Interactive digital multimedia services" the aim of the research being to develop systems and services combining sound, images and digital data; - "Photonic technologies" in order to deploy fully optical networks by the year 2000; - "High-speed networking" in order to develop services such as videophones, teleworking and social care, thanks to efficient integrated networks; - "Mobility and personal communications networks" the aim of which is to offer the public a new generation of flexible and reliable cordless transmission systems; - "Intelligence in networks and service ...[+++]engineering" the aim being to provide intelligent communication systems and enable users themselves to determine the type of services offered; - "Quality, security and safety of communication services and systems" in order to ensure the reliability and security of information transmitted (electronic signatures).