TU computer scientists create standardised framework for developing and validating clinical AI solutions

Doctors often rely on imaging techniques such as computed tomography (CT) for a quick and correct diagnosis. For some time now, they have been supported in the analysis of CT scans by artificial intelligence (AI). This can be trained, for example, to segment different types of tissue in the image file, i.e. to distinguish them precisely from one another and to mark them in colour. Computer scientists at TU Darmstadt want to accelerate the further development of these AI solutions in the hospital environment in a unique interdisciplinary project.

TU-Professorin Iryna Gurevych erläutert, welche Potenziale und Gefahren in Sprachrobotern wie ChatGPT stecken

Im Ubiquitous Knowledge Processing (UKP) Lab der TU Darmstadt befasst sich die Informatikerin Iryna Gurevych unter anderem mit den Grenzen und Schwächen von KI-Sprachmodellen. Im Interview stellt sie spannende Forschungsergebnisse vor – und gibt eine Prognose dazu ab, wie die neue Technologie die Welt verändern könnte. Teil eins einer dreiteiligen Serie zum Thema „Was kann KI?“

The emergenCITY cross-sectional mission Aerial Crisis Networks (ACN)

A functioning communication infrastructure has become a central part of our everyday life and its organization. We need it to make phone calls and write messages, to collect, send, and receive information – and increasingly to do so anywhere in the world and for many different groups with different user perspectives. The *Aerial Crisis Networks* (ACN) mission at emergenCITY is therefore researching communication networks that can be built or complemented by unmanned aerial systems (UAS), such as drones.

TU researchers develop AI for operations from a distance

Surgical robots require highly-qualified assistants – of which there is a worldwide shortage. Artificial intelligence developed at TU Darmstadt is intended to enable remote operations without them.

Reasearch at Telecooperation Lab

Could we as consumers actually make the future electricity grid more stable? A research team headed by Rolf Egert and Max Mühlhäuser is working on exactly this kind of vision.

“Athene Young Investigator” Christian Janson is carrying out research into the secure exchange of encrypted messages

Privacy and data protection are becoming more and more important in our increasingly digital everyday and working lives. The cryptographer Christian Janson is carrying out research into secure communication. The newly appointed “Athene Young Investigator” is working on, amongst other things, encryption methods that remain secure even against increasingly powerful attackers.

Research project “REScala”

The world is turning into a global “supercomputer” consisting of sensors, smart devices, laptops, desktops, and (cloud) servers all connected via the Internet. A team led by computer sciences professor Mira Mezini is developing new programming approaches that automatically deal with the complexity of this “world supercomputer” so that software developers can focus on solving real problems.

Research group PEASEC: IT meets peace and conflict research

Professor Christian Reuter, head of the research group of „Science and Technology for Peace and Security“ (PEASEC), is conducting research and teaches on the interface between computer science and peace and conflict research. He explains in the following interview how IT can be used during war and to bring about peace.

Schutz vor verdeckten Angriffen über Seitenkanäle

Spektakuläre Fälle wie die in Prozessoren entdeckten Sicherheitslücken fordern die Wissenschaft heraus: Professor Heiko Mantel des Fachbereichs Informatik und sein Team forschen zur Problematik von schwer nachweisbaren Angriffen über sogenannte Seitenkanäle.