This project aims at developing novel real time and robust video content analysis algorithms for video surveillance and traffic monitoring, with a special focus on tunnel surveillance.
To comprise research, development, fabrication and characterisation of new generations of miniaturised passive components (inductors, transformers), sensors (pressure, temperature) as well as microsystems for life science applications using the advanced ltcc technology.
With the current emphasis being on companies to supply products and provide support services throughout the product lifetime, advanced engineering information traceability methods, models and tools are required to be developed, which allow the information development to be traced into the future.
To develop an integrated model of land use, transportation, resource-consumption and energy for the evaluation of a range of "green policies" aimed at enhancing sustainability and well-being.
Development of new, innovative software tools for rapid design of microwave filters and multiplexers that will drastically reduce the time required for development of products for wireless and satellite communication markets.
To develop a distributed platform that would enable migration of all aspects of conferences or meetings to a virtual environment as well as enhancement of traditional events with innovative collaboration, content authoring, knowledge sharing and semantic web technologies.
Olmost is an integrated hardware and software system for on-line and on-site measurement of structure displacements in the most critical regions in order to prevent failure due to flaw or fatigue and due to poor design of structure.
To investigate a biometry-based method for creating prototypes for use in the field of electronic services for identity and information security processes.
Methods will be developed to observe driver behaviour using camera vision, physiological measurements and system identification in complex driving scenarios such as highway and city driving, and the new observation methods will be integrated in commercial moving base driving simulators.
To develop a software application for smart phones, to use during emergencies. The application will allow you to easily manage and secure data collection process, enabling technical emergency teams to acquire the spatial information and collect them into a geo-referenced database.