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Senior Researcher of the Faculty Delivered a Lecture at the University of Tokyo

2025-05-27
Senior Researcher of the Faculty Delivered a Lecture at the University of Tokyo
On the 27th of May, 2025, associate professor dr. Viktor Skrickij, Chief Researcher at the Faculty of Transport Engineering, delivered a lecture at the prestigious The University of Tokyo, at the Department of Advanced Energy, Graduate School of Frontier Sciences. The lecture was titled “Enhancing Vehicle Dynamics: System Identification and Estimation through AI Solutions.”
The University of Tokyo is one of the world’s leading universities, ranked as 32nd in the international QS World University Rankings 2025. During the lecture, assoc. prof. dr. Viktor Skrickij presented the latest research results carried out by scientists from the Transport and Logistics Competence Centre – dr. Eldar Šabanovič, Paulius Kojis, and assoc. prof. dr. Viktor Skrickij – with a particular focus on achievements in environmental perception and virtual sensor technologies.
These achievements are output of the Lithuanian Research Council-funded project “conTROLL,” whose results enabled the team to secure funding through the European Union’s „Horizon Europe“ program for the „MOCO“ project. The „MOCO“ project focuses on advanced environmental perception tasks, with researchers from the University of Tokyo acting as international partners.
This lecture strengthens collaboration between Lithuanian and Japanese scientists, fostering innovation in transport engineering and contributes to the development of advanced artificial intelligence solutions.
The University of Tokyo is one of the world’s leading universities, ranked as 32nd in the international QS World University Rankings 2025. During the lecture, assoc. prof. dr. Viktor Skrickij presented the latest research results carried out by scientists from the Transport and Logistics Competence Centre – dr. Eldar Šabanovič, Paulius Kojis, and assoc. prof. dr. Viktor Skrickij – with a particular focus on achievements in environmental perception and virtual sensor technologies.
These achievements are output of the Lithuanian Research Council-funded project “conTROLL,” whose results enabled the team to secure funding through the European Union’s „Horizon Europe“ program for the „MOCO“ project. The „MOCO“ project focuses on advanced environmental perception tasks, with researchers from the University of Tokyo acting as international partners.
This lecture strengthens collaboration between Lithuanian and Japanese scientists, fostering innovation in transport engineering and contributes to the development of advanced artificial intelligence solutions.
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