Сюжет о разработках ОИПИ НАН Беларуси – в эфире главного телеканала
21.09.2026
Behind the dry statistics—such as a 37% share of knowledge-intensive product exports by 2025 and the annual implementation of around 300 new developments—lies the immense effort of Belarusian scientists. The nation's scientific community has long since moved beyond purely theoretical work; today, scientists are creating innovations that will soon become part of everyone's daily life.
A leading news channel showcased what the future of Belarusian science looks like. The special report focused on projects from the United Institute of Informatics Problems at the National Academy of Sciences, which are translating fundamental research into practical solutions.
The first project is a program capable of recognizing the "hidden language" of human breathing. The algorithm—presented by Akhmedkhan Gadzhimammyaevich Radzhabov, a junior researcher at the Biomedical Image Analysis Laboratory—analyzes acoustic patterns, detecting the slightest distortions in the sounds of inhalation and exhalation. In the future, this technology will serve as an impartial digital assistant to physicians, helping to identify the onset of respiratory diseases by detecting subtle changes in a cough before overt symptoms appear.
The second development is an omnidirectional motorized wheel featuring a neural-network control system, designed for mobile robotic platforms. Artem Andreevich Radkevich, a junior researcher at the Robotic Systems Laboratory, explains the underlying physics: "An assembly of several such wheels—at least four—allows the robot to move in any direction without changing the orientation of its chassis. This is critically important for applications requiring rapid movement."
Watch the full video report at the link provided.
A leading news channel showcased what the future of Belarusian science looks like. The special report focused on projects from the United Institute of Informatics Problems at the National Academy of Sciences, which are translating fundamental research into practical solutions.
The first project is a program capable of recognizing the "hidden language" of human breathing. The algorithm—presented by Akhmedkhan Gadzhimammyaevich Radzhabov, a junior researcher at the Biomedical Image Analysis Laboratory—analyzes acoustic patterns, detecting the slightest distortions in the sounds of inhalation and exhalation. In the future, this technology will serve as an impartial digital assistant to physicians, helping to identify the onset of respiratory diseases by detecting subtle changes in a cough before overt symptoms appear.
The second development is an omnidirectional motorized wheel featuring a neural-network control system, designed for mobile robotic platforms. Artem Andreevich Radkevich, a junior researcher at the Robotic Systems Laboratory, explains the underlying physics: "An assembly of several such wheels—at least four—allows the robot to move in any direction without changing the orientation of its chassis. This is critically important for applications requiring rapid movement."
Watch the full video report at the link provided.