The research advisor of the Systems and Control Lab of SZTAKI was awarded the medal for his "achievements in the field of control theory research and education".

Researchers at Széchenyi István University have developed an algorithm that can detect hard shoulders and free drivable road areas in real time from 3D LIDAR point clouds.

The 2nd Budapest Grand Prix of the REFORMula Challenge Innovation Competition II, organized with the professional support of the Autonomous Systems National Laboratory coordinated by SZTAKI, in which teams of high school and university students competed their skills.

A high-level delegation from the British Embassy in Budapest visited SZTAKI on 9 March to learn about the research and development activities at the Institute and at the national laboratories coordinated by the Institute.

A successful scientific symposium was held at ARNL, where the results achieved so far by ARNL researchers and research groups in the application areas and research topics researched by the national laboratory were presented.

Researchers at Széchenyi István University have developed and are using a simulator that models the usual sensors of autonomous vehicles to perform object recognition and tracking experiments and testing.

Taking advantage of 5G network features, the experts of Széchenyi István University are working on the development of a special application of the drone technology.

Varied functions of a central perception system developed for road traffic control and traffic safety applications were demonstrated at the prestigeous event.

Traffic simulation that takes into account also the V2X communication possibilities has become a promising research topic.