In ths ule²-project, extensions to the dect ule protocol will be insteigated and developed. These extension will push network and application layers, as wella as hardware and verification platforms to a new level, integrating and leveraging wake-on-radio-(wor)-technologies.
To define solutions to arrange precision clamping and position and angle adjustment of a micro- or thin-walled workpiece near the working area directly in a new type of adaptive workpiece holder with clamping force control and pattern recognition for higher repeatability.
Ultrablack surfaces with novel functional properties shall be developed, which have so far have been unprecedented: - high durability and environmental and mechanical stability; - flexibly adjustable wetting properties for water and oil up to superhydrophobicity and self-cleaning
The eureka project shall lead to the development of key technologies for a future airborne precision agriculture system. These are: • prototype development of a very small laser communication terminal (mynaric) • prototype development of the ground processing system (elbit)
Next generation com technologies for future digital society with emphasis on the vertical sectors supported by ict. This includes network & cloud infrastructure and its management, ict-technologies incl. Big data, ai & services.
A novel vcsel-pumped ultra-precise (sub-microsecond per day) miniature low power rb atomic clock will be developed. Wavelength adjustment and microwave excitation matching the hyperfine splitting using electro-optic wavelength tuning and phase modulation will overcome the present limitations.