Publikasjoner
- The Dynamics of Hate Speech: Assessing Anti-Muslim Hate Speech in Norwegian Social Media
- How malicious AI swarms can threaten democracy
- Monitoring Digital Wildfires: a Large-Scale Dataset of COVID-19 Conspiracy Tweets Created via Fast NLP Inference using the Graphcore IPU
- Ensemble-Based Fish Species Recognition in Challenging Underwater Environments
- The Messenger (not the Medium) Is the Message? Uncovering Journalists’ Perceptions of Digital Disinformation in Conflict Countries
- “Aren’t we all journalists?” Citizen journalism, disinformation and the weaponization of social media in conflict torn Mali Les publikasjonen
- iPuma: High-Performance Sequence Alignment on the Graphcore IPU Les publikasjonen
- GraphMa: Towards new Models for Pipeline-Oriented Computation on Graphs
- GECO: A Twitter Dataset of COVID-19 Misinformation and Conspiracy Theories Related to the Berlin Parliament and Washington Capitol Riots
- Harmful Conspiracies in Temporal Interaction Networks: Understanding the Dynamics of Digital Wildfires through Phase Transitions
Annen formidling
- Künstliche Intelligenz: Experten warnen vor KI-Schwärmen, die unsere Demokratie bedrohen. Das wollen sie dagegen tun - DER SPIEGEL
- KI-Schwärme: „Die Frage ist nicht, ob es sie gibt, sondern in welchem Ausmaß sie bereits operieren“ - WELT
- Falske folkebevegelser truer demokratiet – Ytring
- Next-generation AI 'swarms' will invade social media by mimicking human behavior and harassing real users, researchers warn | Live Science
- AI-Powered Disinformation Swarms Are Coming for Democracy | WIRED
- Experts warn of threat to democracy from ‘AI bot swarms’ infesting social media | AI (artificial intelligence) | The Guardian
- Developing regional digital twins for marine restoration in the CLIMAREST project
- Countering AI-augmented Influence Operations: Towards a Principled Development Framework for Defense
- SEADITO - Providing Social-Ecological data and models to the EU Digital Twin Ocean
- Enabling Operator-Agnostic Complex Processing of Massive Graphs through Higher-Order Pipeline Architectures