Tomsk scientists all set to power advanced Arctic robots
Researchers in Tomsk, in Siberia, are expected to develop power supply systems for underwater-operating robots that will be used to explore the Arctic shelf
Researchers at Tomsk State University of Control Systems and Radio Electronics (TUSUR) are expected to develop power supply systems for underwater-operating robots that will be used to explore the Arctic shelf, the TUSUR press service announced. ?TUSUR?s Research Institute of Automation and Electromechanics (RIAE) has been engaged for years in developing power supply and control systems for both self-contained and towed underwater craft. At the moment, RIAE is working on new power supply systems for a range of innovative unmanned underwater craft of various purposes,? the TUSUR management said. The main challenge here is said to be the development of a solution that would enable power supply and telemetrics data transfer via a cable which could be up to five or six kilometers long, depending on how deep a craft should descend. ?Controlling the robot, transferring data collected by the robot, and making sure the craft operates problem-free?all this is dependent on our new solution,? said TUSUR Rector Yuri Shurygin. According to the press service, as far back as the Soviet times, a RIAE team developed and built Gals, a Russian system designed to facilitate geological survey in the oceanic waters...
Researchers at Tomsk State University of Control Systems and Radio Electronics (TUSUR) are expected to develop power supply systems for underwater-operating robots that will be used to explore the Arctic shelf, the TUSUR press service announced. ?TUSUR?s Research Institute of Automation and Electromechanics (RIAE) has been engaged for years in developing power supply and control systems for both self-contained and towed underwater craft. At the moment, RIAE is working on new power supply systems for a range of innovative unmanned underwater craft of various purposes,? the TUSUR management said. The main challenge here is said to be the development of a solution that would enable power supply and telemetrics data transfer via a cable which could be up to five or six kilometers long, depending on how deep a craft should descend. ?Controlling the robot, transferring data collected by the robot, and making sure the craft operates problem-free?all this is dependent on our new solution,? said TUSUR Rector Yuri Shurygin. According to the press service, as far back as the Soviet times, a RIAE team developed and built Gals, a Russian system designed to facilitate geological survey in the oceanic waters...
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