Mars targets the creation of self-sensing probes integrated with optical detection system for enabling different spm modes and techniques. The developed probes consist on two complementary techniques ntr and cantilevers with piezo resistive readout. The main objective is to improve the flexibility of the spm to wide-...
Intex will develop a new technology platform of advanced screen printing and of specific integrated sensor modules that can monitor environment as well as the health condition of the particular person and of display, supply and communication unit that can store and display data, evaluate them, signalise alarm states...
Optimization of long-haul-bus-terminals through a terminal slot management and information system
BIM based Cyber-physical System for Bridge Assessment
Development of a system for the flexible, simple and systematic organization of practical information on benchmarking, to reduce the development time and increase the quality of new products.
Enhancing the productivity, quality, variability and the flexible automation of manufacture by means of mechatronic methods.
To develop a comprehensive information system which will enable efficient management of the health status in pig production.
The aim of the project is to develop and design a new spatial and statistic information tool for health-related data processing in management information systems. The pilot information system will also be released.
To develop new products based on miniaturisation, autonomy, reliability, high speed and low energy, using micro and nanotechnologies by addressing heterogenous technologies for ambient intelligent vision. This cluster is the follow-up of eurimus ii and pidea+.