For best experience please turn on javascript and use a modern browser!
You are using a browser that is no longer supported by Microsoft. Please upgrade your browser. The site may not present itself correctly if you continue browsing.
Informatics Institute Informatics Institute

Artificial Intelligence (AI)

The Artificial intelligence theme focuses on research on machine learning methods, theory and algorithms across multiple modalities (like text, images and video) and research on how AI can best benefit society.

Societal context

Artificial intelligence (AI) rapidly translates our texts into a multitude of foreign languages, lets us talk to personal devices, recognizes our faces, helps doctors make medical diagnoses and makes cars partly self-driving. AI has developed into one of the most important technologies of the 21st century.

Roughly speaking, AI consists of two branches: machine reasoning (based on knowledge and logic) and machine learning (a kind of pattern recognition based on statistics). In particular machine learning has seen major scientific breakthroughs since 2012 and has been rapidly rolled out in all kinds of products and services. These applications in turn raise all kind of new scientific questions.

Scientific challenges

On the fundamental side of the AI research at IvI we develop and use core machine learning techniques for applications in science and industry, and we investigate how to make AI-methods faster and more energy efficient.

With an eye on potential applications, we develop computer vision technologies, in particular for colour processing, 3D reconstruction, object recognition, and human-behaviour analysis. We study how AI can understand and generate natural language and how AI can help people understand large collections of images, video, text, audio and graphs. We also investigate how AI technologies can enhance health care.

Finally, we study AI in the broader context of users and society in general. How can we bring the right information to the right people in a fair and transparant way? How to shape the interaction between humans and AI so that humanity really benefits from AI? And how can we use AI so that all people can benefit from it and inequality is reduced?

A deep dive into mathematics for more accurate AI
To the article
Theo Gevers
Deepfakes with therapeutic effect
To the article
AI empowers local communities
To the article
Reducing bias in medical AI solutions
To the article
When will robust AI-supported medical imaging finally become a reality?
To the article
Multilingual language technology that goes beyond where ChatGPT ends
To the article
PhD student improves image classification with just one extra line of code
To the article
An AI-system that explains its own outcomes can improve heart examination for underserved communities
To the article
AI learns when it is safer to leave a decision to a human expert
To the article

IvI research groups associated with the AI theme

as their primary focus are:

  • Amsterdam Machine Learning Lab (AMLab)
  • Computer Vision research group (CV)
  • Information Retrieval Lab (IRLab)
  • Language  Technology Lab (LTL)
  • Multimedia Analytics (MultiX)
  • Quantitative Healthcare Analysis group (qurAI)
  • Video & Image Sense Lab (VIS)

as their secondary focus are:

  • Complex Cyber Infrastructure (CCI)
  • Computational Science Lab (CSL)
  • Digital Interactions Lab (DIL)
  • INtelligent Data Engineering Lab (INDElab)
  • Parallel Computing Systems (PCS)
  • Socially Intelligent  Artificial Systems (SIAS)
  • Theory of Computer Science (TCS)

ICAI Labs

In 2018 the University of Amsterdam together with the Vrije Universiteit Amsterdam founded the Innovation Center for Artificial Intelligence (ICAI). Together with partners from industry, governmental and non-governmental organizations, IvI has set up so called ICAI Labs.