Discover the research at Stockholm University through our pages for research subjects, projects and research groups!
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Showing 1-20 of 92 results
The A3S project aims to create an AI-powered asthma app with a spirometer, using explainable AI to analyze patient data and guide decisions. It focuses on transparent, person-centered care to help people manage asthma and reduce health risks.
Working with humans is incredibly difficult for robots. This project aims to develop new ways for robots and intelligent agents to understand, interact with, and adapt to the complex and collaborative ways we humans work together to get through our everyday lives.
In collaboration with SAP, this project investigates how AI and object-centric process mining can support enterprise business processes analysis and management. The results are of importance for all organizations looking to improve their efficiency and decision-making.
This project aims to make AI fair, transparent, and just, ensuring it benefits everyone in society. By addressing biases in healthcare and education, we’re working to build AI systems that serve society equitably and responsibly.
While there has been fast and rapid progress in terms of the development of self driving vehicles, these new technologies have also been controversially involved in a number of fatal accidents. This project studies the “social order” of traffic. What happens when artificial and human intelligence meet on the road?
Can AI help us come to terms with fraud? In this project, we use machine learning models to identify indicators for unclear insurance claims in order to deter suspicious damage payments and insurance fraud.
Digital twins and artificial intelligence are two of the key driving technologies of the fourth industrial revolution. This project connects the two fields in an industry–academia collaboration between Stockholm University and Atrium Ljungberg.
While the future of autonomous vehicles seems to be approaching, there will still be instances where human intervention will be necessary. In this project we develop Extended Reality experiences to provide visions of this future, informed by current events and autonomous agent research.
The evolution within the information society has reshaped learning, offering benefits such as improved learner motivation and learner autonomy. Therefore, teachers must adapt to evolving technology trends. This PhD thesis examines the potential of text-chat mediated dynamic assessment for language development.
We propose to conduct an intervention study to evaluate the efficacy of choral singing on cognitive functioning and psychological well-being and the underlying neural mediating mechanisms in the elderly.
Developments in artificial intelligence (AI) has raised concerns: Will human skill be replaced by AI-based technologies? This project investigates how AI tools may be used as constructive resources in programming and creative design contexts. We adopt a perspective of co-creativity between user and technology.
Technology has the power to improve the world, but it can also contribute to problems such as inequality and overconsumption. To address this, ethical considerations must be prioritized. In this project, researchers and digital designers collaborate to explore how ethical design might be achieved.
CISMOB’s main vision is to promote innovative ways to reduce carbon footprint and increase sustainability. This project aims to improve efficiency in the use of urban transport infrastructure through ICT. The project also looks into how public transport was impacted by the COVID-19 pandemic.
The shift towards renewable energy comes with technical challenges. We investigate how AI-algorithms can be used in the electric networks of our cities for smart coordination and control of the more volatile, renewable energy resources.
Healthcare-associated infections and unnecessary antibiotic treatment are serious problems in healthcare. The project aims to develop AI models, including large language models, to help improve infection control and antibiotic stewardship.
New data-driven solutions have the potential to improve the situation for co-morbid elderly people. In this project we identify, analyze and pilot test such innovative data-driven solutions for elderly by supporting collaboration between care providers.
With massive amounts of personal data being generated, privacy has become a great challenge. This project studies how machine learning can be used for sharing language models without risking to share information that may identify individuals.
AI and data-driven autonomous decision-making will play a leading role in the digitalization of critical infrastructures for electricity, water, and transportation. This project explores our future smart societies.
The main purpose of this project is to examine Artificial Intelligence (AI) literacy in the context of Teacher education (TE), through three workshops that brings together leading experts in the field
The way that technology is designed affects both people and the planet. Therefore, we need to prioritize the ethical dimensions of technology and develop practices for ethical design. This project explores ethical design practices together with design practitioners.
