An undergraduate exchange student develops improved tactile sensor technology for surgical robotics as part of an internship ...

Better utilizing the resources available to us is one of technology’s greatest strengths. Whether it's getting more corn out ...

In blinding bright light or pitch-black dark, our eyes can adjust to extreme lighting conditions within a few minutes. The human vision system, including the eyes, neurons, and brain, can also learn ...

The system contains a sensor, chip and tiny AI model inspired by biological eyes and brains and uses a tenth of the energy of a camera-based system.

Mujin OS is designed to eliminate robot programming through AI-driven autonomy, digital twin technology and real-time motion ...

The IR sensor array, which on the palm-sized vehicle consisted of just a handful of components, evolved into a PCB-backed bar nearly 0.5 meters wide. Potentiometer tuning was a fiddly affair, but ...

Figure 1. AcoustoBots: A unique and flexible swarm robotic platform that combines mobility with acoustophoretic functionalities, (A) AcoustoBots, comprised of 8 x 8 PAT boards, are mounted on mobile ...

The initial hands-on activity in the textbook challenges students to utilise components from the provided robotic kits – such as Arduino breadboards, IR sensors, servo motors, and jumper wires – to ...

The first activity for students in the textbook involves utilising components from the robotic kits provided to schools, such as the Arduino breadboard, IR sensor, servo motor and jumper wires, to ...

Sonair’s 3D ultrasonic sensor uses acoustic detection and ranging (ADAR) to enable 360° obstacle detection up to 5 meters. Each ADAR sensor offers a 180×180° field of view, allowing autonomous mobile ...

Autonomous mobile robots (AMRs) must be able to survey their surroundings in real time and make decisions based on what’s happening in their local environment. That calls for a wide range of sensing ...