The usixml project develops an innovative model-driven language to improve the ui design, for the benefit of both industrial end-users actors in term of productivity & reusability; usability & accessibility by supporting the “μ7” concept: multi-device, multi-user multi-culturality/linguality, multi-...
Environmental, economic and sustainability challenges of continuously increasing energy consumption are present all over the world. Meeting the challenges requires crossindustry cooperation and the means for consumers to influence their energy consumption in terms of the quantity and type of energy consumed. The seas...
Recent advances in technology, from wireless sensor networks to big data processing and analysis, are changing our cities radically. Urban policymaking is a fundamental aspect of such transformation and can benefit from these emerging technologies with new supporting tools and an optimised processes. The polder...
Manufacturing is undergoing immense yet gradual industry 4.0 transformation with the help of advancements including predictive maintenance. Smart-pdm’s objective is to acquire manufacturing data to provide diagnosis and prognosis information while rendering the underlying technology financially feasible. This will...
The infrastructure of an airport relies on information communication technology (ict) at check-in, baggage-check services, border control and aircraft handling operations. As airports increasingly rely on ict, and cyberattacks are growing in complexity, airports are facing a loss of confidential data and costly...
Experimental and theoretical determination of the distribution of primary and secondary air pollutants in order to understand and predict their chemical transformation and their transport over europe.
Objective: the aim is to generate new eureka projects in the field of the food industry and basic related sectors.
Introduce/put into practice new, quality-oriented approaches to welding engineering via new technologies on welding engineering with novel technologies/organisation. Key areas: production automation/process control/environmental aspects.
The aim is to achieve a stable fed-batch or continuous production of la on a large scale. Emphasis will be put on selecting strains producing l(+) la and the efficient integration of the bioprocess with downstream processing.
Polymers are already applied in the tanning industry to improve aesthetic characteristics. By utilizing different polymers (technopolymers) we intend to obtain new composite leather products with higher mechanical performances.