12 Jun

KARRIEREWEGE: Your career in the field of Artificial Intelligence

HS1
Veranstaltungsort: HS1

Want to know about your professional future in the field of artificial intelligence? The panel discussion ”Karrierewege“ is an exchange and networking platform for students and graduates of the University of Klagenfurt. Successful graduates talk about their career paths, their practical experiences and give students individual tips and advice for their career planning. On this occasion, we are diving headfirst into the rapidly growing field of artificial intelligence with all its advantages and challenges. The event will be held entirely in English.

13 Jun
Wiederkehrend

Deutsch Intensiv-Kurs F5 2024

Veranstaltungsort: n.n. (AAU und JGH)

Deutsch Intensivkurs für Teilnehmer/innen ab 17 Jahren, verschiedene Niveaustufen: Einstufungstest am ersten Kurstag; kommunikativer Sprachunterricht24 UE (à 45 Min.) pro Woche

13 Jun
Wiederkehrend

Palimpsest PE 48: eine verborgene Legende auf antikem Pergament

Veranstaltungsort: Z.2.10

Die Ausstellung widmet sich dem ältesten Objekt der Universitätsbibliothek Klagenfurt. Es sind dreizehn Pergamentstreifen aus dem sechsten Jahrhundert. Sie sind zweifach beschrieben und damit ein Palimpsest und enthalten u. a. die älteste Heiligenlegende in österreichischen Bibliotheken. Besuchen Sie die Ausstellung rund um das Palimpsest PE 48 im Zeitschriften-Lesesaal der UBK auf Ebene 2.

13 Jun

Enabling Operator-Agnostic Complex Processing of Massive Graphs through Higher-Order Pipeline Architectures

Veranstaltungsort: S.2.42

In an era where efficient processing of complex graph structures is increasingly vital across various domains, such as social networks and biological system modeling, there arises a need for robust computational architectures. This Kolloquium introduces a novel approach that incorporates a higher-order pipeline architecture, aiming to enhance graph data processing. Integrating functional programming with object-oriented principles facilitates complex data processing through an intuitive, modular system. Central to this system is the notion of treating computation units as first-class entities, which promotes modular and type-safe environments. Additionally, the system includes a higher-order traversal abstraction to support flexible data manipulation strategies, a directed data-transfer protocol for efficient data flow management, and an operator model that enhances the robust lifecycle management of operations. The adaptability and performance of this system are further augmented by its capability to incorporate various graph computation models, such as vertex-centric and edge-centric processing. This approach contributes to scalable solutions that meet diverse computational needs without overcomplicating the user interface by offering a structured yet adaptable method for graph data handling.