The goal of the project is to develop and certify light cloth for aviation safety systems.
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.
Expert system analysing separately text and visual part with the main purpose of detecting insurance frauds. Utilization of lexical algorithms and local descriptors for image analysis.
Design and development of a data base system for long-haul bus traveling and multimodal bus-terminal information providing integrated planning and real-time information for passengers
The project back to roots in plastics concerns the research and development of new 4 products targeted to be applied in automotive industry. Those products are new developed parts improving current conventional solutions in terms of feasibility, production & material costs, quality and environment.
The stamping of electronic components demands narrow production tolerances and high productivity. Developed smart mechatronic forming tools with optimized lubrication system, sensored process, cooled tool parts enable eco-friendly oiling concepts and immense increase of process productivity.
The project aims to co-cultivate the terrestrial orchids with mycorrhizal fungi to initiate antifungal compountds followed with antifungal test against candida albicans; cultivation of medical plant menyanthes trifoliata for leaves production. Both products could heal the human intestine.
The project will conduct a comprehensive research on the application of constructed wetlands technology (cws) for various specific pollutants (heavy metals, pharmaceuticals, phosphorus and nitrogen), more cws will be tested also in the third world countries as part of the "water reuse" strategy.
The aim of the project is research, development and utilization of a complex surface treating of exposed railway coaches components, by utilization of new method of technology of thermal spraying.
The aim of the project is to create a technologically advanced electric motorcycle that will combine carbon materials, an electric drive unit, control electronics and other technical solutions of their own production.