The spanish company idec (with its rtd subcontractor tecnalia) and the austrian company fill, will develop a fully automated rtm process fr automotive and aeronautic applications. The goal is to generate a solution being a demonstrator equipment prototype ready for operation.
To develop a new single window tool based on structured, systematic, interactive forecasting techniques that relies on infrastructure based safety measures, context of transportation and monitoring to solve the european problem of transport of dangerous goods.
Project goal is to develop a smart tour-guide-app based on acoustic augmented reality, navigating users in an intelligent way through a destination using ear plugs only. Content can be provided by communities and content partners covering special areas, like e..G. Visually impaired users.
Develop an integrated protection and control solution for power systems, that satisfies future requirements for precise, highly available and secure communication and unifies these with control technology on a single device.
The placentus is a new paradigm for management of monochorionic pregnancies: the creation of software system for non-invasive previsualization of superficial vasculature of placentas for improved prognosis and for improved prognosis and planning of fetoscopic laser therapy.
Development of a new hss roll grade for improved productivity, surface quality and operational safety in a hot strip mill
Caleis will provide a common, adaptive comprehensive learning framework based on open, established standards to address the extreme demands on companies to provide new knowledge to the workforce in a challenging, constantly changing environment.
Smart aim is to boost the competitiveness, growth and attractiveness of the european discrete manufacturing industries through the promotion of r&d&i in an open community of large industries, smes, rtos, academia and user organizations.
The companies gonvarri and fill will develop in the mutual research project "fit" a basic understanding of the heating, cooling and consolidation behavior of ud thermoplastic tapes and the use the examined heating concepts for the automation of thermoplastic fiber composite components.