The project is devoted to the development and application of metamaterials in a new generation of high-performance, compact and cost effective rf and microwave modules for modern broadband wireless systems and rf identification.
Aims to design, produce and test a radiation immune flash memory. Memory cells with local charge storage media will be investigated. A specific memory design implementing robust solutions to prevent radiation induced failure will be developed.
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.
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.
Pegaso project aims to assess the gan on si technology for high efficiency power applications. To this purpose, we will realise a board-level smps which will include the selected gan switch and the purposely designed si (111) cmos ics.
Develop a virtual terminal that will monitor status of attached implements (plough, baler, fertilizer, sprayer, etc) primarily using cmos camera and manufacture an universal canbus-isobus gateway to allow communication between a tractor ecu (utilizes canbus) and agricultural implement (use isobus).