Technology of digital twins: consolidation of science and business
28.10.2026
Today, as part of the congress events of the exchange of business contacts "Prospective scientific and technical developments", a discussion of the topic "Robotics" took place. The congress brought together leading developers, representatives of industrial enterprises and venture funds to establish direct business contacts, exchange experience and establish mutually beneficial economic ties. The organizers of the event were RUE "Center for Scientific, Technical and Business Information" and the State Committee for Science and Technology of the Republic of Belarus.
In the thematic discussion, Tatyana Kim, a junior researcher of the Laboratory of Robotic Systems of the National Academy of Sciences of Belarus, candidate of technical sciences, presented her report. The topic of her speech was "Technology of creating digital doubles for mobile and anthropomorphic robots."
The development of robotics in recent years has surpassed the stage of creating simple manipulators. Today, complex mobile and anthropomorphic robots that can function effectively in a dynamically changing environment are coming to the fore. However, the more complicated the mechanics, the higher the requirements for control systems. The technology of digital twins is designed to solve this problem.
As Tatiana Kim noted in her speech, a digital counterpart of an anthropomorphic robot is created in the virtual environment, which imitates human walking in the virtual environment. The robot control system, using reinforcement learning algorithms, passes thousands of cycles of virtual tests. The robot in the digital space learns to adapt, redistribute weight and change its gait when it loses stability.
The relevance of the presented development is due to the direct economic benefits for enterprises. The implementation of the technology of digital twins allows to reduce the time and costs of prototyping new models of robots, to create control systems for mobile platforms capable of high-quality work in the agro-industrial complex, logistics and inspection activities without constant control of the operator.
The participation of OIPI NAS of Belarus in similar congress events is an example of a direct dialogue between scientists and business.
In the thematic discussion, Tatyana Kim, a junior researcher of the Laboratory of Robotic Systems of the National Academy of Sciences of Belarus, candidate of technical sciences, presented her report. The topic of her speech was "Technology of creating digital doubles for mobile and anthropomorphic robots."
The development of robotics in recent years has surpassed the stage of creating simple manipulators. Today, complex mobile and anthropomorphic robots that can function effectively in a dynamically changing environment are coming to the fore. However, the more complicated the mechanics, the higher the requirements for control systems. The technology of digital twins is designed to solve this problem.
As Tatiana Kim noted in her speech, a digital counterpart of an anthropomorphic robot is created in the virtual environment, which imitates human walking in the virtual environment. The robot control system, using reinforcement learning algorithms, passes thousands of cycles of virtual tests. The robot in the digital space learns to adapt, redistribute weight and change its gait when it loses stability.
The relevance of the presented development is due to the direct economic benefits for enterprises. The implementation of the technology of digital twins allows to reduce the time and costs of prototyping new models of robots, to create control systems for mobile platforms capable of high-quality work in the agro-industrial complex, logistics and inspection activities without constant control of the operator.
The participation of OIPI NAS of Belarus in similar congress events is an example of a direct dialogue between scientists and business.