“It turned out well.”

Paths are formed by being trodden. Denise Voci, having completed secondary school in the border town of Tarvisio, once dreamt of a life as a musician, before her path took her to Klagenfurt, where she studied Media and Communications Science. Today she works as a Predoc Scientist and is writing her doctoral thesis as part of an international project that explores cross-border media management.

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Artificially intelligent metal detector for the needle in the haystack of knowledge

There are individuals who are immensely knowledgeable. And yet, as Maria von Ebner-Eschenbach tells us, “knowledge expands when it is shared.” But does knowledge that has been gathered in vast knowledge bases always remain free of errors? And how does one go about drawing accurate conclusions from collected knowledge? Patrick Rodler, Post Doc at the Department of Applied Informatics, is working on artificially intelligent error detection and error correction in knowledge bases.

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One time for all: Synchronising time in drone swarms

Wherever several clocks tick simultaneously, it is tricky to get them all to display precisely the same time. This can be a challenge for drone swarms that are airborne together. To tackle this problem, young scientist Agata Gniewek is developing new technologies.

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Many routes lead to an overview image: Path planning for drone swarms

A forest is ablaze: Before the fire service can even commence fire-fighting operations, an overview is required. This could be an opportunity for the deployment of drone swarms, dispatched to survey the affected area from the air and to take photos. But how do the drones know which paths they should ideally survey? Jürgen Scherer is working on improving the process of path planning for drone swarms.

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