On 25 January, Mahir Gulzar defended his doctoral thesis „Addressing Real-world Scenarios via Motion Prediction in Autonomous Driving“. To mark the occasion, Professor Jaak Vilo, Head of the Institute of Computer Science, interviewed Mahir about how his journey in the world of research has unfolded. If you had to describe your PhD in one sentence […]

Radwa El Shawi shares her journey and research at the University of Tartu, at the Chair of Data Science, where she focuses on democratizing machine learning to make AI more accessible, explainable, and human-centered. She was interviewed by Professor Jaak Vilo, Head of the Institute of Computer Science. How did you start doing science and […]

Kaur Alasoo, Associate Professor of Bioinformatics at the Institute of Computer Science, University of Tartu, has combined computer science and molecular biology in his research to find new ways of predicting the effects of genetic variants and to better understand rare diseases. He was interviewed by Professor Jaak Vilo, Head of the Chair of Data […]

Djeane Debora Onthoni has joined the Health Data and AI research group at the University of Tartu’s Institute of Computer Science, bringing international expertise in applying AI to health data analysis and precision medicine. He was interviewed by professor Jaak Vilo, Head of the Chair of Data Science. You recently came to Estonia to the […]

The 25th International Conference on Product-Focused Software Process Improvement (PROFES) took place in Tartu from December 2–4, 2024. The conference brought more than 50 internationally renowned researchers and industry practitioners to Tartu, for interesting talks and discussions. Most participants came from Europe, mainly from Austria, Finland, Germany, Italy, Spain, and Sweden, but there were also participants from […]

You can find out more about Pavlo Tertychnyi’s PhD thesis here.  Money laundering represents a substantial risk to global financial systems, allowing criminals to conceal the illegitimate origins of funds and integrate them into the lawful economy. Its repercussions extend beyond financial ramifications, encompassing the destabilization of financial systems, threats to national security, and the erosion […]

Imagine a room with millions of mysterious switches and hundreds of ceiling lamps. You don’t know which switch does what, but you’re curious. As you experiment with different combinations, the lamps’ brightness varies. This scene is a simple metaphor for the complex challenge of genomics research – understanding how different genetic ‘switches’ affect our health. […]

Together with colleagues from the UK and Sweden, the  UT Institute of Computer Science is organizing the first international workshop on the Testing of Automated Driving Systems (TestADS). The workshop takes place in Toronto, Canada, as part of the 17th IEEE International Conference on Software Testing, Verification and Validation (ICST’24). The TestADS workshop aims to […]

Protests and conflicts have become influential forces for bringing about change and shaping the political and social landscapes not only on a local demographic level but also on a global scale. In the modern Internet and online social media era, protests have increasingly utilized digital platforms to facilitate discussions, coordinate actions, and spread respective agendas. […]

With the development of Online Social Media (OSM) platforms like Twitter and Facebook, the way individuals connect and exchange information has changed dramatically. These platforms have, however, also led to the problem of misinformation, which can quickly spread on a global scale, and once it has been disseminated, it can be hard to stop. It […]

Building healthy relationships and meaningful interactions with those around us is essential for social well-being. These interactions with our friends, family, and colleagues might occur in person, over mobile phones, or through social media platforms like Facebook or WhatsApp. The purpose of this article is to comprehend social well-being using mobile phones. This is conceivable […]

Introduction: Privacy-preserving computation is a crucial discipline that protects the privacy of confidential data while facilitating secure analysis. In graph problems, secure multiparty computation (SMC) presents a promising approach to performing these functionalities. This article delves into the notable advancements in privacy-preserving parallel algorithms recently introduced in a Ph.D. thesis. By integrating graph algorithms with […]