Imagine if a doctor could remotely do a non-invasive, highly precise medical procedure on her patients using a tiny robot, or ...

Haptic feedback is supplied by vibrating pager motors that are triggered by sensors in the tips of the robotic hand’s fingers. The total cost of the project was roughly $240, and there’s ...

There are surgeons operating on patients right now who can't feel their instruments. Similarly, there are workers in nuclear facilities around the world using remote manipulator arms to handle ...

From virtual reality to rehabilitation and communication, haptic technology has revolutionized the way humans interact with ...

[Miller] wanted to practice a bit with some wireless modules and wound up creating a robotic hand he could teleoperate with the help of a haptic glove. It lookes highly reproducible, as you can ...

As well as force, the robotic hand they created can sense shape and texture, and determine roughness and hardness, allowing recognition of different materials. Tactile sensors and haptic actuators ...

Once platforms with the ability to record, transmit, and reproduce the above-mentioned sensations are developed, it would allow us to experience and work remotely via a robot and virtual environment ...

Additionally, teleoperation and robotics stand to gain significantly as remote-controlled robotic systems with haptic feedback allow users to "feel" objects from a distance, improving precision in ...