The strategic aim is to increase european manufacturing competitiveness by providing an application-oriented, bottom-up, collaborative r&d support mechanism primarily focused on 'new added value products and related services'&'innovative production processes and systems'.
By bringing together national agrifood clusters&programmes&in close connection with european platforms this network facilitates organisations within the agrifood sector to access knowledge&funds, find partners, enter new markets&build proj that lead to innovative products/processes/services.
A completely new product mepis ebr will be developed. Mepis-ebr is advanced configurable information platform for the management and monitoring of production in the pharmaceutical industry. It will provide powerful tools for system integrators to customize solutions for particular pharma client.
The project aims at developing an integrated system for real-time 3d light field recording and display. Applications of such a system include live 3d endoscope views in medicine, live 3d microscopy and 3d optical inspection.
The project is aimed at the development of a software platform for a range of voice applications for smartphones in the languages of the danube region. A range of user categories, including national minorities and the disabled, will be able to use efficient voice interfaces in their mother tongues.
The objective of the project is to monitor, detect and evaluate environmental incidents in a forest by using a resilient wireless sensors network (wsn) with sensors analyzing sound and/or vibration data. Furthermore, the system will provide analysis and visualization toolkits for rapid intervention.
Remedi is a technology development project of an operative environment to detect illegal waste sites with earth observation. Remedi provides a market-oriented solution for efficient cooperation among local governments and waste management industry with high added-value european technology
In harmony with 9 industrial german companies two hungarian entities join to the kit-led consortium to develop and address industrial and academic research partnership for the involvement of further smes to introduce industry 4.0 methodology with high industrial relevance.
The objective of the project is to develop a model and solution of precision agriculture (using sensors and it solutions) for two crops (sweet corn in hungary and tomato in portugal) to foster sustainable production, determining factors effect on yield and quality comply with food industry needs.