Now Manage Drones With Your Upper Body


One might soon be capable of controlling drones making use of their upper body, state researchers who have designed an immersive piloting system that eliminates the requirement for handheld sticks and leaves individuals feeling like they are really flying.

Scientists from EPFL (Ecole Polytechnique Federale de Lausanne) in Switzerland demonstrated that controlling a drone utilizing torso movements is more effectual than utilizing the traditional joystick.

Study lead author, Jenifer Miehlbradt, said, “Our objective was to develop a control technique that would be simple to learn and thus, require less mental concentration from the individuals so that they can concentrate on more significant problems, such as rescue and search.”

The research team wished to see how individuals make use of their bodies to control a flying entity, in this trial, a drone, and find out which movements are most natural and sensitive. They began by supervising the body movements of seventeen volunteers thanks to 19 markers positioned all over the upper body and their muscular activity as well. Every volunteer followed the movements of a virtual drone through virtual scenes that passed-by as seen via the virtual reality goggles.

The research team found torso-related approaches for controlling drones: they discovered that only four markers—positioned on the torso—were required to control the flight simulators and actual drones across a circuit of barriers efficiently. Their torso approaches were evaluated against that of joystick control in thirty-nine study participants. The team discovered that torso drone control surpassed the joystick control in reliability, precision, and with minimal coaching episodes.

As mentioned in another report, drones can be transmitting medical and blood supplies between hospitals of London within a few years as per the government-supported study. A drone network linking thirty-four London NHS hospitals will transport life-saving supplies and rapid test outcomes for patients.

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