Cyberfactory#1 aims at designing, developing, integrating and demonstrating a set of key enabling capabilities to foster optimisation and resilience of the factories of the future (fof). It will address the needs of pilots from transportation, automotive, electronics and machine manufacturing industries around use...
Experimental and theoretical determination of the distribution of primary and secondary air pollutants in order to understand and predict their chemical transformation and their transport over europe.
Integrated computer communication network/associated server/ equipment transcending national borders using public data networks provided by european ptts to support research collaboration between universities/research organisations
Creation of concepts and solutions which will point the way to a road traffic system with greater efficiency economy and with reduced impact on the environment combined with a degree of unprecedented safety
European collaboration in the field of flexible automated assembly systems
50 hz based hdtv system along an evolutionary development from the mac-packet concept and compatibility with mac transmitters and receivers
Submicron silicon process technology, manufacturing and design capability by 1995. Technical targets: very high complexity (10-100,000,000 transistors/chip); very high speed integrated circuits (5 gbit/s).
Definition and description of fire phenomena in tunnels for rail and road traffic, in conjunction with variations of tunnel geometry, ventilation conditions as well as quantity and configuration of fire load
Development of a european enabling technology for digital television at bit rates up to about 10mbit/s, including the development of related microelectronics.
There exists a growing need to evaluate potential risks from industrial laser applications and develop necessary safety techniques/equipment. This project should result in safe equipment/workstations for industrial laser applications.