The Southampton team developed a "nervous system" for drones using optical fibers to continuously monitor strains and stresses, similar to how nerves relay information in the ...
They tend to conceal the scattered mines on the ground, and as the foliage disappears from the trees, it removes what little cover the people had to shelter from hunting drones in the human safari.
Using a technique known as physical human-robot interaction, the drone anticipates and adjusts to human movements, providing smooth and controlled transport over terrains where wheeled carts would ...
The drone operator is presented with four simple decisions: where to look, what to follow, how to engage, and when to strike. A touchscreen controller allows the human operator to make these choices.