Design and industrialisation of an innovative p3 laboratory that will be mobile and reachable worldwide through implementation of advanced communication technologies
An intelligent system for information, communication, safety and emergency calls, to support the independence of seniors in supervised living.
To produce an elegant tv chassis design capable of supporting new, high definition technologies and digital home connectivity, with a cost adapted to the european market and scalable to the majority of possible models, through a environmentally-friendly production process.
The mtc framework will be a java based client server framework for the travel industry/travel agencies enabling delivery of new services to their "mobile" connected user base. Based on a heuristic on time factor for travel management and image recognition it will enable never before seen services.
The proposed project deals with the development of innovative, cutting edge optical network elements for 100g pm-qpsk and 400g pm-qpsk transmission. In this project the developed linear rf drivers, pm-qpsk modulator and co receiver tol be integrated into the optical transponder.
Commercial prototypes of a raman amplifier for 1,310 nm passive optical network (pon) upstream signals will be developed. Innolume will develop 1,240 nm pump lasers for the amplifier, while red-c will develop a complete raman module including all operational aspects, especially laser safety.
The eureka project shall lead to the development of key technologies for a future airborne precision agriculture system. These are: • prototype development of a very small laser communication terminal (mynaric) • prototype development of the ground processing system (elbit)