The strain sensor is successfully tested to detect deformation in different body parts like knee, elbow, finger and wrist. This dual-sensor can be used as a pedometer after integration on the knee, as ...

The director has always been captivated by the relationship between humans and technology, and this idea appears early in F1 ...

New robotic skin gives machines the power to feel through hydrogel sensors and AI, revolutionizing prosthetics and human-robot interaction.

Electronic skin (eSkin) with various types of sensors over large conformable substrates has received considerable interest in robotics. The continuous operation of large number of sensors and the ...

A breakthrough in robotic skin technology that mimics human touch, could revolutionize wearables, prosthetics, and robotics.

Here’s an interesting reference point: In machine learning, there is a commonly used approach called Human-in-the Loop (HITL), where humans are involved in the training process of models. While it ...

Scientists at King Abdullah University of Science and Technology (KAUST) are tracking the human body's water levels to ...

Electronic skin (E-skin) based on tactile sensors has great significance in next-generation electronics such as biomedical application and artificial intelligence that requires interaction with humans ...

This breakthrough shows that a robot’s outer skin can be reshaped, reused and remain functional - critical in human-robot ...

This soft, stretchable material acts like a glove that can be placed over robotic hands, allowing machines to feel heat, pressure, pain, and more—all using just one type of sensor.

“Our method is flexible and easier to build than traditional sensors, and we’re able to calibrate it using human touch for a range of tasks.” Researchers poked, burned, and slashed a robot ...