The main objective of the project is to strengthen the food industry in the romania and serbia by the development of technologies for production of functional food products enriched with a range of novel low-cost, nutritious and functional soy proteins.
The main goal of this project is to use locally available industrial by-products like fly ash and slag in order to replace partially portland cement and therefore reduce the carbon footprint of industrial mortars.
An upscaled version of our current demo ultrasonic spray pyrolysis (usp) will be set up for production of multifunctional au nanoparticles (m-gnps) at zlatarna celje. New protocols for characterization techniques of m-gnps will be developed in order to obtain the required final properties
Aims to get a family of customised tools for the machining of ni-based alloys which allow a reduction of the manufacturing time and increased life in service thank to use of hipims)pvd coatings on hard metal tools, also implementing new machining strategies and tooling designs.
Rehabictus is a joint technological development of new electronic devices based on artificial intelligence for the rehabilitation of patients with hemiplegia and hemispatial neglect caused by strokes.
The scope of this project is to complete the r&d required for obtaining the market authorization of a new recombinant vaccine against canine leishmaniasis, which has been shown protective in experimental trials in dogs with better performance than that of gold-standards.
Creative c is a platform that links the different users (institutional and municipal users as well as visitors and citizens, etc.) With the services available in any city, rendering them usable and particularizable; and which allows the inference of new data relations generated by its use.
Project aims to develop a wireless power measurement system. Since the price of power will undoubtedly go up, individual energy consumers need to be monitored accurately, using the data to implement energy-saving measures.
Next generation autonomous intelligent traffic management system (nga-itms) project aims to develope new sensors which will provide the missing data related to traffic flow by enabling real time traffic management aided by artificial intelligence combined with the features of autonomous vehicles.
Goal of waqumos project is development of on-line system for monitoring quality of class i freshwaters, running above ground and underground.System consists of multi parameter stand-alone iot sensor nodes connected to cloud based data warehouse with artificial intelligence pattern recognition engine