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InnoVatIve life cycles to retain the VAlue of power Electronics – VIVAE
The VIVAE project focuses on power electronics (PE) systems to increase their lifetime or to preserve the functional, environmental and economic high value of their subsystems with respect to industry
Robust design for additive manufacturing – RobustAM
Nowadays, and due to its maturity level, the additive manufacturing technology is used in quasi-industrial applications in various engineering fields, such as aerospace and automotive domains. Many si
Transkingdom structural and functional characterization of amyloid signalosomes – TransKingAmyloid
Signalosomes are high-order molecular machines involved in activation and execution of programmed cell death in immunity. Termed apoptosomes/inflammasomes in mammals and resistosomes in plants, their
Structural Dynamics of Photoinduced Gene Regulation – PhotoGene
Photoreceptor proteins regulate adaptation of living organisms to light. A class recently discovered uses a vitamin B12 derivative to sense green light and regulate the biosynthesis of carotenoids, wh
Deciphering the architecture and function of bacterial membrane metal efflux platforms – BAC-MMEP
Metal ions are toxic in large quantities and their intracellular concentration must be finely regulated. We have previously found that metals are used by macrophages to poison the tuberculosis bacillu
See, Touch and Manipulate: Robot Learning for Dexterous Robot Bimanual Manipulation through Vision and Touch – Aistotle
Dexterous manipulation has been a long-standing challenge in AI and robotics. Already Aristotle noted that the hand is the “tool of tools”, and Anaxagoras held that “man is the most intelligent of the
Trustworthy AI Through Propagating Sets – TRAITS
Fortschritte in der künstlichen Intelligenz haben zur Entwicklung autonomer Agenten (Autos, Boote, Drohnen) geführt, die in einer dynamischen, offenen Umgebung agieren. Wie durch öffentlichkeits\-wirk
Learning Human-like Interactive Grasping based on Visual and Haptic Feedback – Learn2grasp
Human dexterity is unmatched by robotic grippers so far. The objective of the proposed project is to learn human-like grasping with a highly sensorized, compliant anthropomorphic hand from cluttered
Data-driven Stochastic 3D MIcrostructure modeling for LEarning mechanical properties – SMILE
The internal microstructure arrangement of a given material system determines its mechanical properties. Damage localization, which leads to brittle or ductile fracture in metal alloys, is driven by t
Cell growth in Lab-on-a-Chip devices controlled by Artificial Intelligence – LOCAI
In this project, the consortium members will develop an automated system for cell culture optimization based on the combination of machine learning with Lab-on-a-Chip (LOC) technology. The benefits of
