The basis of the created system is ultra-low latency communication technology. Communication delay at a distance of more than 10
The core of a smart factory, according to researchers, isis a remote control of processes in which robots perform assigned tasks. To prevent potential damage due to errors, such a system must minimize communication latency and data loss, although data transfer speed is also important.
In their demonstration, the researchers showed a networkwhich meets the specified requirements. The communication delay during data transfer was less than 0.01 s in Korea and did not exceed 0.3 s in Finland, which allowed remote operators to receive all the necessary information about the state of production and control robotic complexes.
ETRI demonstrated the operation of a remote production and order management system, real-time facility management and a status monitoring service via a remote panel.
The developers believe that the new technologywill help to effectively use idle equipment in every industry with the help of remote control. For example, small and medium-sized companies from all over the world will be able to rent the production facilities of a smart factory and remotely manufacture their products.
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