Projects

The MANTA project is developing an innovative MEMS-based nano-mechanical-testing device that enables simultaneous 3-axis (X/Y/Z) force measurement with nanonewton sensitivity and MHz acquisition rates. This will enable advanced applications in semiconductor, pharmaceutical, and materials…

THiLA2 will innovate and implement protocol extensions to the existing Thread protocols. This will substantially improve robustness and reliability of a Thread-based network. It will also meet safety regulations while maintaining a low-power operation suitable for battery-powered devices with a…

ViscoControl employs Residual Reinforcement Learning to create novel control algorithms to compensate for the viscosity fluctuation of recycled plastic in injection molding. The combination of stability with adaptive, self-learning capabilities will boost the processing of recycled materials. This…

This project involves a feasibility analysis of a video transmission method capable of supporting video formats up to 8K at 60 frames per second, with ultra-low latency not exceeding 17 milliseconds. In addition, various solution approaches are evaluated to achieve precise synchronization between…

The project goal is to develop an innovative system to detect GNSS spoofing and interference during commercial flights. Key technical challenges are in signal reception issues because of uncertain signal quality behind cockpit windows. There is a need for an innovative antenna design. A proof of…