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Welcome to Linköping University, Sweden and the Atypical Interaction Conference, 10-12 June 2025. Abstract submissions will appear here in November. Abstract submission deadline will be 20 January 2025.

The research at MIT is conducted in groups that focuses on a separate aspect of visual information technology, but not isolated from each other. The collaborative atmosphere involves both basic and application oriented research.

Sound can be used to simplify understanding of a visual representation of research data, or to improve the outcome of an interaction between human and a machine. To use sound in this way is called sonification.

A study investigating the ways in which artificial intelligence (AI) can contribute to students' reading. It examines how key reading activities and situations in school can be designed for interaction between a social robot and 10-year-old students.

We conduct internal and external production development with the goal of combining research data and visualization technology for improved science communication and use beyond research, with a focus on the public, schools and business.

We explore new ways for people to interact with data, technology, and digital materials in meaningful ways. Our research draws from a plurality of approaches and disciplines in order to understand and (re)shape our digital lives.

Three new professors of design and a newly developed international master’s programme will further reinforce LiU’s position within Swedish design.

Researchers at Linköping University are studying whether a reading robot can increase fourth graders’ interest in reading. The interdisciplinary project brings together researchers in technology, cognition and pedagogy.

Augmented intelligence is the first platform in the Vinnova-financed Visual Sweden, based at LiU’s Campus Norrköping. Two new laboratories constitute meeting places in which researchers can collaborate with participating companies.

A control room in the industrial sector often comprises a wall of shining displays showing different parts of the production process. In her doctoral thesis, Veronika Domova aimed to develop a control system design, better adapted to human abilities.