Inside the heel of a boot, advanced sensors designed at KTH Royal Institute of Technology in Stockholm make it possible for emergency operations commanders to follow smoke divers' exact movements in any building — even 25 metres below ground. The system, which includes an accelerometer and gyroscope, plus a processor, can withstand shock and high temperatures and remains operational where GPS positioning systems fail.
The small sensor in the shoe carefully measures the movement of the foot and directional changes, whether the user walks, runs, jumps or crawls. So, there are more potential uses for the technology. For example, behavioral research could take advantage of the data on people's movements.
Sports is another area where positioning technology can be useful. Athletes can measure their own movements and analyse whether these can be optimised to improve performance or to reduce damage.
The Open Shoe Project started as a joint collaboration between KTH and the Indian Institute of Science (IISc), Bangalore. It is now run within SAATH (Seamless affordable assistive technology for health), which is a Indo-Swedish project with KTH, University of Gävle, Robotdalen and Brepus Castel AB as Swedish partners, and IIT Kanpur and IISc as Indian partners.
More details can be found from KTH Royal Institute website by clicking here.
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